Web Service: RfemModel

Port type IRfemModelSource code

1. begin_modification
   Source code
   Operation type:
   Request-response. The endpoint receives a message, and sends a correlated message.
   SOAP action:
   http://localhost:8082/begin_modification
   Input:
   begin_modification_request (soap:body, use = literal)Source code
   parameters type begin_modification

   • modification_name type string
   Output:
   begin_modification_response (soap:body, use = literal)Source code
   parameters type begin_modificationResponse
2. calculate_all
   Source code
   Operation type:
   Request-response. The endpoint receives a message, and sends a correlated message.
   SOAP action:
   http://localhost:8082/calculate_all
   Input:
   calculate_all_request (soap:body, use = literal)Source code
   parameters type calculate_all

   • generateXmlSolverInput type boolean
   Output:
   calculate_all_response (soap:body, use = literal)Source code
   parameters type calculate_allResponse
3. cancel_modification
   Source code
   Operation type:
   Request-response. The endpoint receives a message, and sends a correlated message.
   SOAP action:
   http://localhost:8082/cancel_modification
   Input:
   cancel_modification_request (soap:body, use = literal)Source code
   parameters type cancel_modification
   Output:
   cancel_modification_response (soap:body, use = literal)Source code
   parameters type cancel_modificationResponse
4. delete_all
   Source code
   Operation type:
   Request-response. The endpoint receives a message, and sends a correlated message.
   SOAP action:
   http://localhost:8082/delete_all
   Input:
   delete_all_request (soap:body, use = literal)Source code
   parameters type delete_all
   Output:
   delete_all_response (soap:body, use = literal)Source code
   parameters type delete_allResponse
5. delete_all_results
   Source code
   Operation type:
   Request-response. The endpoint receives a message, and sends a correlated message.
   SOAP action:
   http://localhost:8082/delete_all_results
   Input:
   delete_all_results_request (soap:body, use = literal)Source code
   parameters type delete_all_results

   • delete_mesh - optional; type boolean
   Output:
   delete_all_results_response (soap:body, use = literal)Source code
   parameters type delete_all_resultsResponse
6. delete_object
   Source code
   Operation type:
   Request-response. The endpoint receives a message, and sends a correlated message.
   SOAP action:
   http://localhost:8082/delete_object
   Input:
   delete_object_request (soap:body, use = literal)Source code
   parameters type delete_object

   • type type object_types - type undefined with restriction - enum { 'E_OBJECT_TYPE_ACTION', 'E_OBJECT_TYPE_ACTION_COMBINATION', 'E_OBJECT_TYPE_BUILDING_STORY', 'E_OBJECT_TYPE_CLIPPING_BOX', 'E_OBJECT_TYPE_CLIPPING_PLANE', 'E_OBJECT_TYPE_COMBINATION_WIZARD', 'E_OBJECT_TYPE_COORDINATE_SYSTEM', 'E_OBJECT_TYPE_CUTTING_LINE_SETTING', 'E_OBJECT_TYPE_CUTTING_PATTERN', 'E_OBJECT_TYPE_DESIGN_SITUATION', 'E_OBJECT_TYPE_DESIGN_SUPPORT', 'E_OBJECT_TYPE_DIMENSION', 'E_OBJECT_TYPE_ENLARGED_COLUMN_HEAD', 'E_OBJECT_TYPE_FREE_CIRCULAR_LOAD', 'E_OBJECT_TYPE_FREE_CONCENTRATED_LOAD', 'E_OBJECT_TYPE_FREE_LINE_LOAD', 'E_OBJECT_TYPE_FREE_POLYGON_LOAD', 'E_OBJECT_TYPE_FREE_RECTANGULAR_LOAD', 'E_OBJECT_TYPE_IMPERFECTION_CASE', 'E_OBJECT_TYPE_IMPOSED_LINE_DEFORMATION', 'E_OBJECT_TYPE_IMPOSED_NODAL_DEFORMATION', 'E_OBJECT_TYPE_INTERSECTION', 'E_OBJECT_TYPE_LINE', 'E_OBJECT_TYPE_LINE_GRID', 'E_OBJECT_TYPE_LINE_HINGE', 'E_OBJECT_TYPE_LINE_LOAD', 'E_OBJECT_TYPE_LINE_MESH_REFINEMENT', 'E_OBJECT_TYPE_LINE_SET', 'E_OBJECT_TYPE_LINE_SET_LOAD', 'E_OBJECT_TYPE_LINE_SUPPORT', 'E_OBJECT_TYPE_LINE_WELDED_JOINT', 'E_OBJECT_TYPE_LOAD_CASE', 'E_OBJECT_TYPE_LOAD_COMBINATION', 'E_OBJECT_TYPE_MATERIAL', 'E_OBJECT_TYPE_MEMBER', 'E_OBJECT_TYPE_MEMBER_DEFINABLE_STIFFNESS', 'E_OBJECT_TYPE_MEMBER_ECCENTRICITY', 'E_OBJECT_TYPE_MEMBER_HINGE', 'E_OBJECT_TYPE_MEMBER_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_LOAD', 'E_OBJECT_TYPE_MEMBER_NONLINEARITY', 'E_OBJECT_TYPE_MEMBER_REPRESENTATIVE', 'E_OBJECT_TYPE_MEMBER_RESULT_INTERMEDIATE_POINT', 'E_OBJECT_TYPE_MEMBER_SET', 'E_OBJECT_TYPE_MEMBER_SET_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_SET_LOAD', 'E_OBJECT_TYPE_MEMBER_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_MEMBER_SUPPORT', 'E_OBJECT_TYPE_MEMBER_TRANSVERSE_STIFFENER', 'E_OBJECT_TYPE_NODAL_LOAD', 'E_OBJECT_TYPE_NODAL_MESH_REFINEMENT', 'E_OBJECT_TYPE_NODAL_SUPPORT', 'E_OBJECT_TYPE_NODE', 'E_OBJECT_TYPE_NOTE', 'E_OBJECT_TYPE_OBJECT_SNAP', 'E_OBJECT_TYPE_OPENING', 'E_OBJECT_TYPE_OPENING_LOAD', 'E_OBJECT_TYPE_RESULT_COMBINATION', 'E_OBJECT_TYPE_RESULT_SECTION', 'E_OBJECT_TYPE_RIGID_LINK', 'E_OBJECT_TYPE_SECTION', 'E_OBJECT_TYPE_SOLID', 'E_OBJECT_TYPE_SOLID_CONTACTS', 'E_OBJECT_TYPE_SOLID_GAS', 'E_OBJECT_TYPE_SOLID_LOAD', 'E_OBJECT_TYPE_SOLID_MESH_REFINEMENT', 'E_OBJECT_TYPE_SOLID_SET', 'E_OBJECT_TYPE_SOLID_SET_LOAD', 'E_OBJECT_TYPE_STATIC_ANALYSIS_SETTINGS', 'E_OBJECT_TYPE_STRUCTURE_MODIFICATION', 'E_OBJECT_TYPE_SURFACE', 'E_OBJECT_TYPE_SURFACES_CONTACT', 'E_OBJECT_TYPE_SURFACES_CONTACT_TYPE', 'E_OBJECT_TYPE_SURFACE_ECCENTRICITY', 'E_OBJECT_TYPE_SURFACE_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_LOAD', 'E_OBJECT_TYPE_SURFACE_MESH_REFINEMENT', 'E_OBJECT_TYPE_SURFACE_RESULTS_ADJUSTMENT', 'E_OBJECT_TYPE_SURFACE_SET', 'E_OBJECT_TYPE_SURFACE_SET_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_SET_LOAD', 'E_OBJECT_TYPE_SURFACE_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_SURFACE_SUPPORT', 'E_OBJECT_TYPE_THICKNESS' }
   • no type int
   • parent_no - optional; type int
   Output:
   delete_object_response (soap:body, use = literal)Source code
   parameters type delete_objectResponse
7. export_details_of_design_to_csv
   Source code
   Operation type:
   Request-response. The endpoint receives a message, and sends a correlated message.
   SOAP action:
   http://localhost:8082/export_details_of_design_to_csv
   Input:
   export_details_of_design_to_csv_request (soap:body, use = literal)Source code
   parameters type export_details_of_design_to_csv

   • targetDirectoryPath type string
   Output:
   export_details_of_design_to_csv_response (soap:body, use = literal)Source code
   parameters type export_details_of_design_to_csvResponse
8. export_result_tables_to_csv
   Source code
   Operation type:
   Request-response. The endpoint receives a message, and sends a correlated message.
   SOAP action:
   http://localhost:8082/export_result_tables_to_csv
   Input:
   export_result_tables_to_csv_request (soap:body, use = literal)Source code
   parameters type export_result_tables_to_csv

   • target_directory_path type string
   Output:
   export_result_tables_to_csv_response (soap:body, use = literal)Source code
   parameters type export_result_tables_to_csvResponse
9. export_result_tables_to_xml
   Source code
   Operation type:
   Request-response. The endpoint receives a message, and sends a correlated message.
   SOAP action:
   http://localhost:8082/export_result_tables_to_xml
   Input:
   export_result_tables_to_xml_request (soap:body, use = literal)Source code
   parameters type export_result_tables_to_xml

   • target_file_path type string
   Output:
   export_result_tables_to_xml_response (soap:body, use = literal)Source code
   parameters type export_result_tables_to_xmlResponse
10. finish_modification
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/finish_modification
    Input:
    finish_modification_request (soap:body, use = literal)Source code
    parameters type finish_modification
    Output:
    finish_modification_response (soap:body, use = literal)Source code
    parameters type finish_modificationResponse
11. generate_and_validate_xml_solver_input
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/generate_and_validate_xml_solver_input
    Input:
    generate_and_validate_xml_solver_input_request (soap:body, use = literal)Source code
    parameters type generate_and_validate_xml_solver_input

    • solver_input_file_path type string
    Output:
    generate_and_validate_xml_solver_input_response (soap:body, use = literal)Source code
    parameters type generate_and_validate_xml_solver_inputResponse
12. generate_load_cases_and_combinations
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/generate_load_cases_and_combinations
    Input:
    generate_load_cases_and_combinations_request (soap:body, use = literal)Source code
    parameters type generate_load_cases_and_combinations
    Output:
    generate_load_cases_and_combinations_response (soap:body, use = literal)Source code
    parameters type generate_load_cases_and_combinationsResponse
13. get_action
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_action
    Input:
    get_action_request (soap:body, use = literal)Source code
    parameters type get_action

    • no type int
    Output:
    get_action_response (soap:body, use = literal)Source code
    parameters type get_actionResponse

    • value type action
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • is_active - optional; type boolean
      • action_category - optional; type int
      • action_type - optional; type action_action_type - type undefined with restriction - enum { 'ACTING_ALTERNATIVELY', 'ACTING_DIFFERENTLY', 'ACTING_SIMULTANEOUSLY', 'DYNAMIC_LOAD_CASE' }
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • items - optional; type array_of_action_items
        • action_items - optional, unbounded; type action_items
          • no - optional; type int
          • load_case_item - optional; type int
          • acting_group_number - optional; type int
      • has_short_duration - optional; type boolean
      • has_duration_shorter_than_one_month - optional; type boolean
      • imposed_load_category - optional; type action_imposed_load_category - type undefined with restriction - enum { 'IMPOSED_LOADS_CATEGORY_A', 'IMPOSED_LOADS_CATEGORY_B', 'IMPOSED_LOADS_CATEGORY_C', 'IMPOSED_LOADS_CATEGORY_D', 'IMPOSED_LOADS_CATEGORY_E' }
      • has_short_duration_according_to_5132 - optional; type boolean
      • for_temperature_apply_coefficients - optional; type boolean
      • short_time_variable_action - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
14. get_action_combination
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_action_combination
    Input:
    get_action_combination_request (soap:body, use = literal)Source code
    parameters type get_action_combination

    • no type int
    Output:
    get_action_combination_response (soap:body, use = literal)Source code
    parameters type get_action_combinationResponse

    • value type action_combination
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • attribute_always_editable - optional; type string
      • design_situation - optional; type int
      • combination_type - optional; type action_combination_combination_type - type undefined with restriction - enum { 'ENVELOPE_PERMANENT', 'ENVELOPE_TRANSIENT', 'GENERAL', 'SUPERPOSITION' }
      • items - optional; type array_of_action_combination_items
        • action_combination_items - optional, unbounded; type action_combination_items
          • no - optional; type int
          • action_item - optional; type int
          • operator_type - optional; type operator_type - type undefined with restriction - enum { 'OPERATOR_AND', 'OPERATOR_NONE', 'OPERATOR_OR' }
          • left_parenthesis - optional; type boolean
          • right_parenthesis - optional; type boolean
          • group_factor - optional; type double
          • action_factor - optional; type double
          • action_load_type - optional; type action_load_type - type undefined with restriction - enum { 'LOAD_TYPE_PERMANENT', 'LOAD_TYPE_TRANSIENT' }
          • group_load_type - optional; type group_load_type - type undefined with restriction - enum { 'LOAD_TYPE_PERMANENT', 'LOAD_TYPE_TRANSIENT' }
          • action - optional; type int
          • is_leading - optional; type boolean
          • gamma - optional; type double
          • psi - optional; type double
          • xi - optional; type double
          • k_fi - optional; type double
          • c_esl - optional; type double
          • k_def - optional; type double
          • psi_0 - optional; type double
          • psi_1 - optional; type double
          • psi_2 - optional; type double
          • fi - optional; type double
          • gamma_0 - optional; type double
          • alfa - optional; type double
          • k_f - optional; type double
          • phi - optional; type double
          • rho - optional; type double
          • omega_0 - optional; type double
      • active - optional; type boolean
      • construction_stage - optional; type int
      • generated_load_combinations - optional; type array_of_int
      • generated_result_combinations - optional; type array_of_int
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
15. get_all_object_numbers
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_all_object_numbers
    Input:
    get_all_object_numbers_request (soap:body, use = literal)Source code
    parameters type get_all_object_numbers

    • type type object_types - type undefined with restriction - enum { 'E_OBJECT_TYPE_ACTION', 'E_OBJECT_TYPE_ACTION_COMBINATION', 'E_OBJECT_TYPE_BUILDING_STORY', 'E_OBJECT_TYPE_CLIPPING_BOX', 'E_OBJECT_TYPE_CLIPPING_PLANE', 'E_OBJECT_TYPE_COMBINATION_WIZARD', 'E_OBJECT_TYPE_COORDINATE_SYSTEM', 'E_OBJECT_TYPE_CUTTING_LINE_SETTING', 'E_OBJECT_TYPE_CUTTING_PATTERN', 'E_OBJECT_TYPE_DESIGN_SITUATION', 'E_OBJECT_TYPE_DESIGN_SUPPORT', 'E_OBJECT_TYPE_DIMENSION', 'E_OBJECT_TYPE_ENLARGED_COLUMN_HEAD', 'E_OBJECT_TYPE_FREE_CIRCULAR_LOAD', 'E_OBJECT_TYPE_FREE_CONCENTRATED_LOAD', 'E_OBJECT_TYPE_FREE_LINE_LOAD', 'E_OBJECT_TYPE_FREE_POLYGON_LOAD', 'E_OBJECT_TYPE_FREE_RECTANGULAR_LOAD', 'E_OBJECT_TYPE_IMPERFECTION_CASE', 'E_OBJECT_TYPE_IMPOSED_LINE_DEFORMATION', 'E_OBJECT_TYPE_IMPOSED_NODAL_DEFORMATION', 'E_OBJECT_TYPE_INTERSECTION', 'E_OBJECT_TYPE_LINE', 'E_OBJECT_TYPE_LINE_GRID', 'E_OBJECT_TYPE_LINE_HINGE', 'E_OBJECT_TYPE_LINE_LOAD', 'E_OBJECT_TYPE_LINE_MESH_REFINEMENT', 'E_OBJECT_TYPE_LINE_SET', 'E_OBJECT_TYPE_LINE_SET_LOAD', 'E_OBJECT_TYPE_LINE_SUPPORT', 'E_OBJECT_TYPE_LINE_WELDED_JOINT', 'E_OBJECT_TYPE_LOAD_CASE', 'E_OBJECT_TYPE_LOAD_COMBINATION', 'E_OBJECT_TYPE_MATERIAL', 'E_OBJECT_TYPE_MEMBER', 'E_OBJECT_TYPE_MEMBER_DEFINABLE_STIFFNESS', 'E_OBJECT_TYPE_MEMBER_ECCENTRICITY', 'E_OBJECT_TYPE_MEMBER_HINGE', 'E_OBJECT_TYPE_MEMBER_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_LOAD', 'E_OBJECT_TYPE_MEMBER_NONLINEARITY', 'E_OBJECT_TYPE_MEMBER_REPRESENTATIVE', 'E_OBJECT_TYPE_MEMBER_RESULT_INTERMEDIATE_POINT', 'E_OBJECT_TYPE_MEMBER_SET', 'E_OBJECT_TYPE_MEMBER_SET_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_SET_LOAD', 'E_OBJECT_TYPE_MEMBER_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_MEMBER_SUPPORT', 'E_OBJECT_TYPE_MEMBER_TRANSVERSE_STIFFENER', 'E_OBJECT_TYPE_NODAL_LOAD', 'E_OBJECT_TYPE_NODAL_MESH_REFINEMENT', 'E_OBJECT_TYPE_NODAL_SUPPORT', 'E_OBJECT_TYPE_NODE', 'E_OBJECT_TYPE_NOTE', 'E_OBJECT_TYPE_OBJECT_SNAP', 'E_OBJECT_TYPE_OPENING', 'E_OBJECT_TYPE_OPENING_LOAD', 'E_OBJECT_TYPE_RESULT_COMBINATION', 'E_OBJECT_TYPE_RESULT_SECTION', 'E_OBJECT_TYPE_RIGID_LINK', 'E_OBJECT_TYPE_SECTION', 'E_OBJECT_TYPE_SOLID', 'E_OBJECT_TYPE_SOLID_CONTACTS', 'E_OBJECT_TYPE_SOLID_GAS', 'E_OBJECT_TYPE_SOLID_LOAD', 'E_OBJECT_TYPE_SOLID_MESH_REFINEMENT', 'E_OBJECT_TYPE_SOLID_SET', 'E_OBJECT_TYPE_SOLID_SET_LOAD', 'E_OBJECT_TYPE_STATIC_ANALYSIS_SETTINGS', 'E_OBJECT_TYPE_STRUCTURE_MODIFICATION', 'E_OBJECT_TYPE_SURFACE', 'E_OBJECT_TYPE_SURFACES_CONTACT', 'E_OBJECT_TYPE_SURFACES_CONTACT_TYPE', 'E_OBJECT_TYPE_SURFACE_ECCENTRICITY', 'E_OBJECT_TYPE_SURFACE_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_LOAD', 'E_OBJECT_TYPE_SURFACE_MESH_REFINEMENT', 'E_OBJECT_TYPE_SURFACE_RESULTS_ADJUSTMENT', 'E_OBJECT_TYPE_SURFACE_SET', 'E_OBJECT_TYPE_SURFACE_SET_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_SET_LOAD', 'E_OBJECT_TYPE_SURFACE_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_SURFACE_SUPPORT', 'E_OBJECT_TYPE_THICKNESS' }
    • parent_no - optional; type int
    Output:
    get_all_object_numbers_response (soap:body, use = literal)Source code
    parameters type get_all_object_numbersResponse

    • value type array_of_int
16. get_building_story
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_building_story
    Input:
    get_building_story_request (soap:body, use = literal)Source code
    parameters type get_building_story

    • no type int
    Output:
    get_building_story_response (soap:body, use = literal)Source code
    parameters type get_building_storyResponse

    • value type building_story
      • no type int
      • type - optional; type building_story_type - type undefined with restriction - enum { 'TYPE_STANDARD' }
      • comment - optional; type string
      • elevation - optional; type double
      • has_thickness - optional; type boolean
      • height - optional; type double
      • is_similar_to - optional; type boolean
      • name - optional; type string
      • similar_to - optional; type int
      • story_no - optional; type int
      • thickness - optional; type double
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
17. get_clipping_box
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_clipping_box
    Input:
    get_clipping_box_request (soap:body, use = literal)Source code
    parameters type get_clipping_box

    • no type int
    Output:
    get_clipping_box_response (soap:body, use = literal)Source code
    parameters type get_clipping_boxResponse

    • value type clipping_box
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • coordinate_system - optional; type int
      • origin_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • origin_coordinate_x - optional; type double
      • origin_coordinate_y - optional; type double
      • origin_coordinate_z - optional; type double
      • dimensions - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • dimension_x - optional; type double
      • dimension_y - optional; type double
      • dimension_z - optional; type double
      • comment - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
18. get_clipping_plane
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_clipping_plane
    Input:
    get_clipping_plane_request (soap:body, use = literal)Source code
    parameters type get_clipping_plane

    • no type int
    Output:
    get_clipping_plane_response (soap:body, use = literal)Source code
    parameters type get_clipping_planeResponse

    • value type clipping_plane
      • no type int
      • type - optional; type clipping_plane_type - type undefined with restriction - enum { 'TYPE_2_POINTS_AND_ANGLE', 'TYPE_3_POINTS', 'TYPE_OFFSET_XYZ', 'TYPE_POINT_AND_3_ANGLES' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • coordinate_system - optional; type int
      • invert_clipping_side - optional; type boolean
      • origin_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • origin_coordinate_x - optional; type double
      • origin_coordinate_y - optional; type double
      • origin_coordinate_z - optional; type double
      • u_axis_point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • u_axis_point_coordinate_x - optional; type double
      • u_axis_point_coordinate_y - optional; type double
      • u_axis_point_coordinate_z - optional; type double
      • clipping_plane_point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • clipping_plane_point_coordinate_x - optional; type double
      • clipping_plane_point_coordinate_y - optional; type double
      • clipping_plane_point_coordinate_z - optional; type double
      • clipping_plane_angle - optional; type double
      • rotation_angles_sequence - optional; type clipping_plane_rotation_angles_sequence - type undefined with restriction - enum { 'SEQUENCE_UVW', 'SEQUENCE_UWV', 'SEQUENCE_VUW', 'SEQUENCE_VWU', 'SEQUENCE_WUV', 'SEQUENCE_WVU', 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
      • rotation_angle_1 - optional; type double
      • rotation_angle_2 - optional; type double
      • rotation_angle_3 - optional; type double
      • orientation - optional; type clipping_plane_orientation - type undefined with restriction - enum { 'ORIENTATION_PARALLEL_TO_XY', 'ORIENTATION_PARALLEL_TO_XZ', 'ORIENTATION_PARALLEL_TO_YZ' }
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
19. get_combination_wizard
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_combination_wizard
    Input:
    get_combination_wizard_request (soap:body, use = literal)Source code
    parameters type get_combination_wizard

    • no type int
    Output:
    get_combination_wizard_response (soap:body, use = literal)Source code
    parameters type get_combination_wizardResponse

    • value type combination_wizard
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • static_analysis_settings - optional; type int
      • generate_combinations - optional; type combination_wizard_generate_combinations - type undefined with restriction - enum { 'GENERATE_LOAD_COMBINATIONS', 'GENERATE_RESULT_COMBINATIONS' }
      • has_stability_analysis - optional; type boolean
      • stability_analysis_settings - optional; type int
      • consider_imperfection_case - optional; type boolean
      • generate_same_CO_without_IC - optional; type boolean
      • consider_construction_stages - optional; type boolean
      • consider_influence_lines_areas - optional; type boolean
      • user_defined_action_combinations - optional; type boolean
      • favorable_permanent_actions - optional; type boolean
      • consider_inclusive_or_exclusive_load_cases - optional; type boolean
      • reduce_number_of_generated_combinations - optional; type boolean
      • additionally_envelope - optional; type boolean
      • auxiliary_combinations - optional; type boolean
      • generate_subcombinations_of_type_superposition - optional; type boolean
      • comment - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
20. get_coordinate_system
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_coordinate_system
    Input:
    get_coordinate_system_request (soap:body, use = literal)Source code
    parameters type get_coordinate_system

    • no type int
    Output:
    get_coordinate_system_response (soap:body, use = literal)Source code
    parameters type get_coordinate_systemResponse

    • value type coordinate_system
      • no type int
      • type - optional; type coordinate_system_type - type undefined with restriction - enum { 'TYPE_2_POINTS_AND_ANGLE', 'TYPE_3_POINTS', 'TYPE_GLOBAL_XYZ', 'TYPE_OFFSET_XYZ', 'TYPE_POINT_AND_3_ANGLES' }
      • comment - optional; type string
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • name - optional; type string
      • origin_coordinate_x - optional; type double
      • origin_coordinate_y - optional; type double
      • origin_coordinate_z - optional; type double
      • origin_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • rotation_angle_1 - optional; type double
      • rotation_angle_2 - optional; type double
      • rotation_angle_3 - optional; type double
      • rotation_angles_sequence - optional; type coordinate_system_rotation_angles_sequence - type undefined with restriction - enum { 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
      • u_axis_point_coordinate_x - optional; type double
      • u_axis_point_coordinate_y - optional; type double
      • u_axis_point_coordinate_z - optional; type double
      • u_axis_point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • user_defined_name_enabled - optional; type boolean
      • uw_plane_angle - optional; type double
      • uw_plane_point_coordinate_x - optional; type double
      • uw_plane_point_coordinate_y - optional; type double
      • uw_plane_point_coordinate_z - optional; type double
      • uw_plane_point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
21. get_cutting_line_setting
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_cutting_line_setting
    Input:
    get_cutting_line_setting_request (soap:body, use = literal)Source code
    parameters type get_cutting_line_setting

    • no type int
    Output:
    get_cutting_line_setting_response (soap:body, use = literal)Source code
    parameters type get_cutting_line_settingResponse

    • value type cutting_line_setting
      • no type int
      • type - optional; type cutting_line_setting_type - type undefined with restriction - enum { 'TYPE_BOUNDARY_LINE', 'TYPE_WELDING_LINE' }
      • comment - optional; type string
      • cutting_line_compensation - optional; type double
      • cutting_line_compensation_enabled - optional; type boolean
      • cutting_pattern_allowance - optional; type double
      • name - optional; type string
      • weld_allowance_assignment - optional; type cutting_line_setting_weld_allowance_assignment - type undefined with restriction - enum { 'WELD_ALLOWANCE_TO_LEFT_PATTERN', 'WELD_ALLOWANCE_TO_LRIGHT_PATTERN', 'WELD_ALLOWANCE_TO_NEIGHBOURING_PATTERNS' }
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
22. get_cutting_pattern
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_cutting_pattern
    Input:
    get_cutting_pattern_request (soap:body, use = literal)Source code
    parameters type get_cutting_pattern

    • no type int
    Output:
    get_cutting_pattern_response (soap:body, use = literal)Source code
    parameters type get_cutting_patternResponse

    • value type cutting_pattern
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • material_change_enabled - optional; type boolean
      • material - optional; type int
      • pattern_orientation_category - optional; type cutting_pattern_pattern_orientation_category - type undefined with restriction - enum { 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_ANGULAR_ROTATION', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_COORDINATE_SYSTEM', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_LINES' }
      • angular_rotation - optional; type double
      • axis - optional; type cutting_pattern_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y' }
      • parralel_to_lines - optional; type array_of_int
      • coordinate_system - optional; type int
      • boundary_lines - optional; type array_of_int
      • cutting_line_settings_table - optional; type array_of_cutting_pattern_cutting_line_settings_table
        • cutting_pattern_cutting_line_settings_table - optional, unbounded; type cutting_pattern_cutting_line_settings_table
          • no - optional; type int
          • line - optional; type int
          • cutting_line_settings - optional; type int
      • comment - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
23. get_design_situation
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_design_situation
    Input:
    get_design_situation_request (soap:body, use = literal)Source code
    parameters type get_design_situation

    • no type int
    Output:
    get_design_situation_response (soap:body, use = literal)Source code
    parameters type get_design_situationResponse

    • value type design_situation
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • design_situation_type - optional; type int
      • active - optional; type boolean
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • combination_wizard - optional; type int
      • case_objects - optional; type array_of_design_situation_case_objects
        • design_situation_case_objects - optional, unbounded; type int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
24. get_design_support
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_design_support
    Input:
    get_design_support_request (soap:body, use = literal)Source code
    parameters type get_design_support

    • no type int
    Output:
    get_design_support_response (soap:body, use = literal)Source code
    parameters type get_design_supportResponse

    • value type design_support
      • no type int
      • type - optional; type design_support_type - type undefined with restriction - enum { 'DESIGN_SUPPORT_TYPE_CONCRETE', 'DESIGN_SUPPORT_TYPE_GENERAL', 'DESIGN_SUPPORT_TYPE_TIMBER' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • assigned_to_members - optional; type array_of_int
      • assigned_to_member_sets - optional; type array_of_int
      • assigned_to_nodes - optional; type array_of_int
      • assigned_to_objects - optional; type string
      • support_width - optional; type double
      • support_depth - optional; type double
      • support_depth_by_section_width_of_member_enabled - optional; type boolean
      • concrete_direct_support_enabled - optional; type boolean
      • concrete_monolithic_connection_enabled - optional; type boolean
      • concrete_inner_support_enabled - optional; type boolean
      • concrete_ratio_of_moment_redistribution - optional; type double
      • timber_inner_support_enabled - optional; type boolean
      • timber_stiffening_elements_enabled - optional; type boolean
      • timber_stiffening_elements_type - optional; type design_support_timber_stiffening_elements_type - type undefined with restriction - enum { 'STIFFENING_ELEMENTS_TYPE_SCREWS' }
      • timber_number_of_screws_in_grain_direction - optional; type int
      • timber_number_of_screws_in_vertical_direction - optional; type int
      • timber_stiffener_parameters_specification_type - optional; type design_support_timber_stiffener_parameters_specification_type - type undefined with restriction - enum { 'STIFFENER_PARAMETERS_SPECIFICATION_TYPE_AUTOMATICALLY', 'STIFFENER_PARAMETERS_SPECIFICATION_TYPE_MANUALLY' }
      • timber_load_bearing_capacity_of_screw - optional; type double
      • timber_ultimate_strength_of_screw - optional; type double
      • timber_spacing_of_screws - optional; type double
      • timber_spacing_of_rows - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
25. get_dimension
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_dimension
    Input:
    get_dimension_request (soap:body, use = literal)Source code
    parameters type get_dimension

    • no type int
    Output:
    get_dimension_response (soap:body, use = literal)Source code
    parameters type get_dimensionResponse

    • value type dimension
      • no type int
      • type - optional; type dimension_type - type undefined with restriction - enum { 'DIMENSION_TYPE_ANGULAR', 'DIMENSION_TYPE_ARC_LENGTH', 'DIMENSION_TYPE_DIAMETER', 'DIMENSION_TYPE_ELEVATION', 'DIMENSION_TYPE_LINEAR', 'DIMENSION_TYPE_POINT_ELEVATION', 'DIMENSION_TYPE_RADIUS', 'DIMENSION_TYPE_SLOPE' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • display_properties_index - optional; type int
      • dimension_line_offset - optional; type double
      • is_custom_vertical_position - optional; type boolean
      • custom_vertical_position - optional; type dimension_custom_vertical_position - type undefined with restriction - enum { 'VERTICAL_POSITION_ABOVE', 'VERTICAL_POSITION_CENTER', 'VERTICAL_POSITION_UNDER' }
      • is_custom_horizontal_position - optional; type boolean
      • custom_horizontal_position - optional; type dimension_custom_horizontal_position - type undefined with restriction - enum { 'HORIZONTAL_POSITION_CENTER', 'HORIZONTAL_POSITION_LEFT', 'HORIZONTAL_POSITION_RIGHT' }
      • symbol - optional; type string
      • comment - optional; type string
      • measured_length - optional; type double
      • measured_lengths - optional; type array_of_int
      • measured_angle - optional; type double
      • measured_angles - optional; type array_of_int
      • measured_slope - optional; type double
      • is_global_dimension_line_offset - optional; type boolean
      • linear_coordinate_system - optional; type int
      • linear_reference - optional; type dimension_linear_reference - type undefined with restriction - enum { 'REFERENCE_LENGTH', 'REFERENCE_PROJECTION_X', 'REFERENCE_PROJECTION_Y', 'REFERENCE_PROJECTION_Z' }
      • linear_plane - optional; type dimension_linear_plane - type undefined with restriction - enum { 'PLANE_FIRST', 'PLANE_SECOND' }
      • linear_global_dimension_line_offset - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • linear_global_dimension_line_offset_x - optional; type double
      • linear_global_dimension_line_offset_y - optional; type double
      • linear_global_dimension_line_offset_z - optional; type double
      • linear_reference_table - optional; type array_of_dimension_linear_reference_table
        • dimension_linear_reference_table - optional, unbounded; type dimension_linear_reference_table
          • no - optional; type int
          • reference_object_type - optional; type reference_object_type - type undefined with restriction - enum { 'REFERENCE_TYPE_CONTROL_POINT', 'REFERENCE_TYPE_LINE', 'REFERENCE_TYPE_MEMBER', 'REFERENCE_TYPE_NODE', 'REFERENCE_TYPE_POINT', 'REFERENCE_TYPE_POINT_ON_LINE', 'REFERENCE_TYPE_SURFACE' }
          • reference_object - optional; type int
          • line_relative_distance - optional; type double
          • coordinate_x - optional; type double
          • coordinate_y - optional; type double
          • coordinate_z - optional; type double
      • arc_length_reference_line - optional; type int
      • arc_length_reference_table - optional; type array_of_dimension_arc_length_reference_table
        • dimension_arc_length_reference_table - optional, unbounded; type dimension_arc_length_reference_table
          • no - optional; type int
          • reference_object_type - optional; type reference_object_type - type undefined with restriction - enum { 'REFERENCE_TYPE_CONTROL_POINT', 'REFERENCE_TYPE_LINE', 'REFERENCE_TYPE_MEMBER', 'REFERENCE_TYPE_NODE', 'REFERENCE_TYPE_POINT', 'REFERENCE_TYPE_POINT_ON_LINE', 'REFERENCE_TYPE_SURFACE' }
          • reference_object - optional; type int
          • line_relative_distance - optional; type double
          • coordinate_x - optional; type double
          • coordinate_y - optional; type double
          • coordinate_z - optional; type double
      • arc_length_angle_greater_than_180 - optional; type boolean
      • angular_reference_table - optional; type array_of_dimension_angular_reference_table
        • dimension_angular_reference_table - optional, unbounded; type dimension_angular_reference_table
          • no - optional; type int
          • reference_object_type - optional; type reference_object_type - type undefined with restriction - enum { 'REFERENCE_TYPE_CONTROL_POINT', 'REFERENCE_TYPE_LINE', 'REFERENCE_TYPE_MEMBER', 'REFERENCE_TYPE_NODE', 'REFERENCE_TYPE_POINT', 'REFERENCE_TYPE_POINT_ON_LINE', 'REFERENCE_TYPE_SURFACE' }
          • reference_object - optional; type int
          • line_relative_distance - optional; type double
          • coordinate_x - optional; type double
          • coordinate_y - optional; type double
          • coordinate_z - optional; type double
      • angular_quadrant - optional; type dimension_angular_quadrant - type undefined with restriction - enum { 'ANGULAR_QUADRANT_LEFT', 'ANGULAR_QUADRANT_NEGATIVE', 'ANGULAR_QUADRANT_POSITIVE', 'ANGULAR_QUADRANT_RIGHT' }
      • angular_angle_greater_than_180 - optional; type boolean
      • radius_diameter_reference_line - optional; type int
      • radius_diameter_is_target_point - optional; type boolean
      • radius_diameter_target_point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • radius_diameter_target_point_coordinate_x - optional; type double
      • radius_diameter_target_point_coordinate_y - optional; type double
      • radius_diameter_target_point_coordinate_z - optional; type double
      • radius_diameter_position_on_line - optional; type double
      • slope_coordinate_system - optional; type int
      • slope_plane - optional; type dimension_slope_plane - type undefined with restriction - enum { 'SLOPE_PLANE_XY', 'SLOPE_PLANE_XZ', 'SLOPE_PLANE_YZ' }
      • slope_reference_line - optional; type int
      • slope_direction - optional; type dimension_slope_direction - type undefined with restriction - enum { 'SLOPE_DIRECTION_DOWNWARD', 'SLOPE_DIRECTION_UPWARD' }
      • slope_refer_distance_from_line_end - optional; type boolean
      • slope_position_is_relative - optional; type boolean
      • slope_position_absolute - optional; type double
      • slope_position_relative - optional; type double
      • elevation_reference_object_type - optional; type dimension_elevation_reference_object_type - type undefined with restriction - enum { 'ELEVATION_REFERENCE_OBJECT_TYPE_CONTROL_POINT', 'ELEVATION_REFERENCE_OBJECT_TYPE_NODE', 'ELEVATION_REFERENCE_OBJECT_TYPE_POINT', 'ELEVATION_REFERENCE_OBJECT_TYPE_SURFACE' }
      • elevation_reference_surface - optional; type int
      • elevation_reference_node - optional; type int
      • elevation_reference_control_point - optional; type int
      • elevation_reference_point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • elevation_reference_point_coordinate_x - optional; type double
      • elevation_reference_point_coordinate_y - optional; type double
      • elevation_reference_point_coordinate_z - optional; type double
      • elevation_distance_from_picked_position - optional; type double
      • elevation_rotation_around_z - optional; type double
      • elevation_reference_level_height - optional; type double
      • elevation_is_altitude - optional; type boolean
      • elevation_altitude - optional; type double
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
26. get_enlarged_column_head
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_enlarged_column_head
    Input:
    get_enlarged_column_head_request (soap:body, use = literal)Source code
    parameters type get_enlarged_column_head

    • no type int
    Output:
    get_enlarged_column_head_response (soap:body, use = literal)Source code
    parameters type get_enlarged_column_headResponse

    • value type enlarged_column_head
      • no type int
      • alignment - optional; type enlarged_column_head_alignment - type undefined with restriction - enum { 'ALIGNMENT_BOTTOM_SIDE', 'ALIGNMENT_TOP_SIDE' }
      • comment - optional; type string
      • distance_x - optional; type double
      • distance_y - optional; type double
      • generating_object_info - optional; type string
      • head_shape - optional; type enlarged_column_head_head_shape - type undefined with restriction - enum { 'HEAD_SHAPE_RECTANGULAR' }
      • head_type - optional; type enlarged_column_head_head_type - type undefined with restriction - enum { 'HEAD_TYPE_SCARF', 'HEAD_TYPE_STAIR' }
      • height - optional; type double
      • integrated_in_surfaces - optional; type array_of_int
      • is_generated - optional; type boolean
      • longitudinal_reinforcement_from_surface_enabled - optional; type boolean
      • name - optional; type string
      • nodes - optional; type array_of_int
      • punching_reinforcement_enabled - optional; type boolean
      • punching_reinforcement_material - optional; type int
      • punching_reinforcement_perimeter_area - optional; type double
      • punching_reinforcement_placement - optional; type enlarged_column_head_punching_reinforcement_placement - type undefined with restriction - enum { 'AUTOMATICALLY' }
      • punching_reinforcement_stirrup_diameter - optional; type double
      • punching_reinforcement_stirrup_diameter_automatically_enabled - optional; type boolean
      • punching_reinforcement_total_area - optional; type double
      • punching_reinforcement_type - optional; type enlarged_column_head_punching_reinforcement_type - type undefined with restriction - enum { 'VERTICAL' }
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
27. get_free_circular_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_free_circular_load
    Input:
    get_free_circular_load_request (soap:body, use = literal)Source code
    parameters type get_free_circular_load

    • no type int
    • load_case_no type int
    Output:
    get_free_circular_load_response (soap:body, use = literal)Source code
    parameters type get_free_circular_loadResponse

    • value type free_circular_load
      • no type int
      • comment - optional; type string
      • coordinate_system - optional; type int
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • load_acting_region_from - optional; type double
      • load_acting_region_to - optional; type double
      • load_case - optional; type int
      • load_direction - optional; type free_circular_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_W_TRUE' }
      • load_distribution - optional; type free_circular_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_UNIFORM' }
      • load_location_radius - optional; type double
      • load_location_x - optional; type double
      • load_location_y - optional; type double
      • load_projection - optional; type free_circular_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
      • magnitude_center - optional; type double
      • magnitude_radius - optional; type double
      • magnitude_uniform - optional; type double
      • surfaces - optional; type array_of_int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
28. get_free_concentrated_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_free_concentrated_load
    Input:
    get_free_concentrated_load_request (soap:body, use = literal)Source code
    parameters type get_free_concentrated_load

    • no type int
    • load_case_no type int
    Output:
    get_free_concentrated_load_response (soap:body, use = literal)Source code
    parameters type get_free_concentrated_loadResponse

    • value type free_concentrated_load
      • no type int
      • comment - optional; type string
      • coordinate_system - optional; type int
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • load_acting_region_from - optional; type double
      • load_acting_region_to - optional; type double
      • load_case - optional; type int
      • load_direction - optional; type free_concentrated_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X', 'LOAD_DIRECTION_GLOBAL_Y', 'LOAD_DIRECTION_GLOBAL_Z', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U', 'LOAD_DIRECTION_USER_DEFINED_V', 'LOAD_DIRECTION_USER_DEFINED_W' }
      • load_location_x - optional; type double
      • load_location_y - optional; type double
      • load_projection - optional; type free_concentrated_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
      • load_type - optional; type free_concentrated_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_FORCE', 'LOAD_TYPE_MOMENT' }
      • magnitude - optional; type double
      • surfaces - optional; type array_of_int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
29. get_free_line_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_free_line_load
    Input:
    get_free_line_load_request (soap:body, use = literal)Source code
    parameters type get_free_line_load

    • no type int
    • load_case_no type int
    Output:
    get_free_line_load_response (soap:body, use = literal)Source code
    parameters type get_free_line_loadResponse

    • value type free_line_load
      • no type int
      • comment - optional; type string
      • coordinate_system - optional; type int
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • load_acting_region_from - optional; type double
      • load_acting_region_to - optional; type double
      • load_case - optional; type int
      • load_direction - optional; type free_line_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_W_TRUE' }
      • load_distribution - optional; type free_line_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_UNIFORM' }
      • load_location_first_x - optional; type double
      • load_location_first_y - optional; type double
      • load_location_second_x - optional; type double
      • load_location_second_y - optional; type double
      • load_projection - optional; type free_line_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
      • magnitude_first - optional; type double
      • magnitude_second - optional; type double
      • magnitude_uniform - optional; type double
      • surfaces - optional; type array_of_int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
30. get_free_polygon_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_free_polygon_load
    Input:
    get_free_polygon_load_request (soap:body, use = literal)Source code
    parameters type get_free_polygon_load

    • no type int
    • load_case_no type int
    Output:
    get_free_polygon_load_response (soap:body, use = literal)Source code
    parameters type get_free_polygon_loadResponse

    • value type free_polygon_load
      • no type int
      • comment - optional; type string
      • coordinate_system - optional; type int
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • load_acting_region_from - optional; type double
      • load_acting_region_to - optional; type double
      • load_case - optional; type int
      • load_direction - optional; type free_polygon_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_W_TRUE' }
      • load_distribution - optional; type free_polygon_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_LINEAR_FIRST', 'LOAD_DISTRIBUTION_LINEAR_SECOND', 'LOAD_DISTRIBUTION_UNIFORM' }
      • load_location - optional; type array_of_free_polygon_load_load_location
        • free_polygon_load_load_location - optional, unbounded; type free_polygon_load_load_location
          • no - optional; type int
          • first_coordinate - optional; type double
          • second_coordinate - optional; type double
          • magnitude - optional; type double
      • load_projection - optional; type free_polygon_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
      • magnitude_linear_1 - optional; type double
      • magnitude_linear_2 - optional; type double
      • magnitude_linear_3 - optional; type double
      • magnitude_linear_location_1 - optional; type int
      • magnitude_linear_location_2 - optional; type int
      • magnitude_linear_location_3 - optional; type int
      • magnitude_uniform - optional; type double
      • surfaces - optional; type array_of_int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
31. get_free_rectangular_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_free_rectangular_load
    Input:
    get_free_rectangular_load_request (soap:body, use = literal)Source code
    parameters type get_free_rectangular_load

    • no type int
    • load_case_no type int
    Output:
    get_free_rectangular_load_response (soap:body, use = literal)Source code
    parameters type get_free_rectangular_loadResponse

    • value type free_rectangular_load
      • no type int
      • axis_definition_p1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p1_x - optional; type double
      • axis_definition_p1_y - optional; type double
      • axis_definition_p1_z - optional; type double
      • axis_definition_p2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p2_x - optional; type double
      • axis_definition_p2_y - optional; type double
      • axis_definition_p2_z - optional; type double
      • axis_start_angle - optional; type double
      • comment - optional; type string
      • coordinate_system - optional; type int
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • load_acting_region_from - optional; type double
      • load_acting_region_to - optional; type double
      • load_case - optional; type int
      • load_direction - optional; type free_rectangular_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_W_TRUE' }
      • load_distribution - optional; type free_rectangular_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR_FIRST', 'LOAD_DISTRIBUTION_LINEAR_SECOND', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_VARYING_ALONG_PERIMETER', 'LOAD_DISTRIBUTION_VARYING_IN_Z', 'LOAD_DISTRIBUTION_VARYING_IN_Z_AND_ALONG_PERIMETER' }
      • load_location_center_side_a - optional; type double
      • load_location_center_side_b - optional; type double
      • load_location_center_x - optional; type double
      • load_location_center_y - optional; type double
      • load_location_first_x - optional; type double
      • load_location_first_y - optional; type double
      • load_location_rectangle - optional; type free_rectangular_load_load_location_rectangle - type undefined with restriction - enum { 'LOAD_LOCATION_RECTANGLE_CENTER_AND_SIDES', 'LOAD_LOCATION_RECTANGLE_CORNER_POINTS' }
      • load_location_rotation - optional; type double
      • load_location_second_x - optional; type double
      • load_location_second_y - optional; type double
      • load_projection - optional; type free_rectangular_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
      • load_varying_along_perimeter_parameters - optional; type array_of_free_rectangular_load_load_varying_along_perimeter_parameters
        • free_rectangular_load_load_varying_along_perimeter_parameters - optional, unbounded; type free_rectangular_load_load_varying_along_perimeter_parameters
          • no - optional; type int
          • alpha - optional; type double
          • recalculated_magnitude - optional; type double
          • factor - optional; type double
          • note - optional; type string
      • load_varying_along_perimeter_parameters_sorted - optional; type boolean
      • load_varying_along_perimeter_z_index - optional; type int
      • load_varying_in_z_parameters - optional; type array_of_free_rectangular_load_load_varying_in_z_parameters
        • free_rectangular_load_load_varying_in_z_parameters - optional, unbounded; type free_rectangular_load_load_varying_in_z_parameters
          • no - optional; type int
          • distance - optional; type double
          • recalculated_magnitude - optional; type double
          • factor - optional; type double
          • note - optional; type string
      • load_varying_in_z_parameters_sorted - optional; type boolean
      • magnitude_linear_first - optional; type double
      • magnitude_linear_second - optional; type double
      • magnitude_uniform - optional; type double
      • surfaces - optional; type array_of_int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
32. get_imperfection_case
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_imperfection_case
    Input:
    get_imperfection_case_request (soap:body, use = literal)Source code
    parameters type get_imperfection_case

    • no type int
    Output:
    get_imperfection_case_response (soap:body, use = literal)Source code
    parameters type get_imperfection_caseResponse

    • value type imperfection_case
      • no type int
      • type - optional; type imperfection_case_type - type undefined with restriction - enum { 'IMPERFECTION_TYPE_BUCKLING_MODE', 'IMPERFECTION_TYPE_DYNAMIC_EIGENMODE', 'IMPERFECTION_TYPE_IMPERFECTION_CASES_SUM', 'IMPERFECTION_TYPE_INITIAL_SWAY_VIA_TABLE', 'IMPERFECTION_TYPE_LOCAL_IMPERFECTIONS_ONLY', 'IMPERFECTION_TYPE_NOTIONAL_LOADS_FROM_LOAD_CASE', 'IMPERFECTION_TYPE_STATIC_DEFORMATION' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • assigned_to_load_cases - optional; type array_of_int
      • assigned_to_load_combinations - optional; type array_of_int
      • is_active - optional; type boolean
      • assign_to_combinations_without_assigned_imperfection_case - optional; type boolean
      • direction - optional; type imperfection_case_direction - type undefined with restriction - enum { 'DIRECTION_S', 'DIRECTION_X', 'DIRECTION_Y', 'DIRECTION_Z' }
      • direction_for_level_direction - optional; type imperfection_case_direction_for_level_direction - type undefined with restriction - enum { 'DIRECTION_X', 'DIRECTION_XY', 'DIRECTION_XZ', 'DIRECTION_Y', 'DIRECTION_YZ', 'DIRECTION_Z' }
      • coordinate_system - optional; type int
      • load_case_for_notional_loads - optional; type int
      • sway_coefficients_reciprocal - optional; type boolean
      • level_imperfections - optional; type array_of_imperfection_case_level_imperfections
        • imperfection_case_level_imperfections - optional, unbounded; type imperfection_case_level_imperfections
          • no - optional; type int
          • level - optional; type double
          • e_1 - optional; type double
          • theta_1 - optional; type double
          • e_2 - optional; type double
          • theta_2 - optional; type double
          • comment - optional; type string
      • source - optional; type imperfection_case_source - type undefined with restriction - enum { 'SOURCE_TYPE_AUTOMATICALLY', 'SOURCE_TYPE_LOAD_CASE', 'SOURCE_TYPE_LOAD_COMBINATION', 'SOURCE_TYPE_OWN_LOAD_CASE_OR_COMBINATION' }
      • shape_from_load_case - optional; type int
      • shape_from_load_combination - optional; type int
      • buckling_shape - optional; type int
      • delta_zero - optional; type double
      • magnitude_assignment_type - optional; type imperfection_case_magnitude_assignment_type - type undefined with restriction - enum { 'MAGNITUDE_ASSIGNMENT_LOCATION_WITH_LARGEST_DISPLACEMENT', 'MAGNITUDE_ASSIGNMENT_SPECIFIC_NODE' }
      • reference_node - optional; type int
      • amount_of_modes_to_investigate - optional; type int
      • eigenmode_automatically - optional; type boolean
      • imperfection_cases_items - optional; type array_of_imperfection_case_imperfection_cases_items
        • imperfection_case_imperfection_cases_items - optional, unbounded; type imperfection_case_imperfection_cases_items
          • no - optional; type int
          • name - optional; type int
          • factor - optional; type double
          • comment - optional; type string
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
33. get_imposed_line_deformation
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_imposed_line_deformation
    Input:
    get_imposed_line_deformation_request (soap:body, use = literal)Source code
    parameters type get_imposed_line_deformation

    • no type int
    • load_case_no type int
    Output:
    get_imposed_line_deformation_response (soap:body, use = literal)Source code
    parameters type get_imposed_line_deformationResponse

    • value type imposed_line_deformation
      • no type int
      • comment - optional; type string
      • generating_object_info - optional; type string
      • imposed_displacement_line_end - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • imposed_displacement_line_end_x - optional; type double
      • imposed_displacement_line_end_y - optional; type double
      • imposed_displacement_line_end_z - optional; type double
      • imposed_displacement_line_start - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • imposed_displacement_line_start_x - optional; type double
      • imposed_displacement_line_start_y - optional; type double
      • imposed_displacement_line_start_z - optional; type double
      • imposed_rotation_line_end - optional; type double
      • imposed_rotation_line_start - optional; type double
      • is_generated - optional; type boolean
      • lines - optional; type array_of_int
      • load_case - optional; type int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
34. get_imposed_nodal_deformation
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_imposed_nodal_deformation
    Input:
    get_imposed_nodal_deformation_request (soap:body, use = literal)Source code
    parameters type get_imposed_nodal_deformation

    • no type int
    • load_case_no type int
    Output:
    get_imposed_nodal_deformation_response (soap:body, use = literal)Source code
    parameters type get_imposed_nodal_deformationResponse

    • value type imposed_nodal_deformation
      • no type int
      • comment - optional; type string
      • generating_object_info - optional; type string
      • imposed_displacement - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • imposed_displacement_x - optional; type double
      • imposed_displacement_y - optional; type double
      • imposed_displacement_z - optional; type double
      • imposed_rotation - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • imposed_rotation_x - optional; type double
      • imposed_rotation_y - optional; type double
      • imposed_rotation_z - optional; type double
      • is_generated - optional; type boolean
      • load_case - optional; type int
      • nodes - optional; type array_of_int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
35. get_intersection
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_intersection
    Input:
    get_intersection_request (soap:body, use = literal)Source code
    parameters type get_intersection

    • no type int
    Output:
    get_intersection_response (soap:body, use = literal)Source code
    parameters type get_intersectionResponse

    • value type intersection
      • no type int
      • comment - optional; type string
      • generated_lines - optional; type array_of_int
      • generated_nodes - optional; type array_of_int
      • surface_a - optional; type int
      • surface_b - optional; type int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
36. get_line
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_line
    Input:
    get_line_request (soap:body, use = literal)Source code
    parameters type get_line

    • no type int
    Output:
    get_line_response (soap:body, use = literal)Source code
    parameters type get_lineResponse

    • value type line
      • no type int
      • type - optional; type line_type - type undefined with restriction - enum { 'TYPE_ARC', 'TYPE_CIRCLE', 'TYPE_CUT_VIA_SECTION', 'TYPE_CUT_VIA_TWO_LINES', 'TYPE_ELLIPSE', 'TYPE_NURBS', 'TYPE_PARABOLA', 'TYPE_POLYLINE', 'TYPE_SPLINE' }
      • definition_nodes - optional; type array_of_int
      • length - optional; type double
      • comment - optional; type string
      • arc_first_node - optional; type int
      • arc_second_node - optional; type int
      • arc_control_point - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • arc_control_point_x - optional; type double
      • arc_control_point_y - optional; type double
      • arc_control_point_z - optional; type double
      • arc_center - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • arc_center_x - optional; type double
      • arc_center_y - optional; type double
      • arc_center_z - optional; type double
      • arc_radius - optional; type double
      • arc_height - optional; type double
      • arc_alpha - optional; type double
      • arc_alpha_adjustment_target - optional; type line_arc_alpha_adjustment_target - type undefined with restriction - enum { 'ALPHA_ADJUSTMENT_TARGET_ARC_CONTROL_POINT', 'ALPHA_ADJUSTMENT_TARGET_BEGINNING_OF_ARC', 'ALPHA_ADJUSTMENT_TARGET_END_OF_ARC' }
      • circle_center - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • circle_center_coordinate_1 - optional; type double
      • circle_center_coordinate_2 - optional; type double
      • circle_center_coordinate_3 - optional; type double
      • circle_normal - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • circle_normal_coordinate_1 - optional; type double
      • circle_normal_coordinate_2 - optional; type double
      • circle_normal_coordinate_3 - optional; type double
      • circle_node - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • circle_radius - optional; type double
      • circle_coordinate_system - optional; type int
      • ellipse_first_node - optional; type int
      • ellipse_second_node - optional; type int
      • ellipse_control_point - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • ellipse_control_point_x - optional; type double
      • ellipse_control_point_y - optional; type double
      • ellipse_control_point_z - optional; type double
      • parabola_first_node - optional; type int
      • parabola_second_node - optional; type int
      • parabola_control_point - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • parabola_control_point_x - optional; type double
      • parabola_control_point_y - optional; type double
      • parabola_control_point_z - optional; type double
      • parabola_alpha - optional; type double
      • parabola_focus_directrix_distance - optional; type double
      • parabola_focus - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • parabola_focus_x - optional; type double
      • parabola_focus_y - optional; type double
      • parabola_focus_z - optional; type double
      • nurbs_order - optional; type int
      • nurbs_control_points_by_components - optional; type array_of_line_nurbs_control_points_by_components
        • line_nurbs_control_points_by_components - optional, unbounded; type line_nurbs_control_points_by_components
          • no - optional; type int
          • global_coordinate_x - optional; type double
          • global_coordinate_y - optional; type double
          • global_coordinate_z - optional; type double
          • weight - optional; type double
      • nurbs_control_points - optional; type array_of_line_nurbs_control_points
        • line_nurbs_control_points - optional, unbounded; type line_nurbs_control_points
          • no - optional; type int
          • global_coordinates - optional; type vector_3d
            • x type double
            • y type double
            • z type double
          • coordinates - optional; type vector_3d
            • x type double
            • y type double
            • z type double
          • weight type double
      • nurbs_knots - optional; type array_of_line_nurbs_knots
        • line_nurbs_knots - optional, unbounded; type double
      • rotation_specification_type - optional; type line_rotation_specification_type - type undefined with restriction - enum { 'COORDINATE_SYSTEM_ROTATION_VIA_ANGLE', 'COORDINATE_SYSTEM_ROTATION_VIA_HELP_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_INSIDE_NODE' }
      • rotation_angle - optional; type double
      • rotation_help_node - optional; type int
      • rotation_plane - optional; type line_rotation_plane - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
      • is_rotated - optional; type boolean
      • member - optional; type int
      • support - optional; type int
      • cutting_line_settings - optional; type int
      • mesh_refinement - optional; type int
      • line_weld_assignment - optional; type array_of_line_line_weld_assignment
        • line_line_weld_assignment - optional, unbounded; type line_line_weld_assignment
          • no - optional; type int
          • weld - optional; type int
          • surface1 - optional; type int
          • surface2 - optional; type int
          • surface3 - optional; type int
      • has_line_welds - optional; type boolean
      • is_cut_line - optional; type boolean
      • cut_via_section_cut_type - optional; type line_cut_via_section_cut_type - type undefined with restriction - enum { 'CUT_TYPE_GEODESIC', 'CUT_TYPE_SECTION' }
      • cut_via_section_definition_type - optional; type line_cut_via_section_definition_type - type undefined with restriction - enum { 'CUT_DEFINITION_TYPE_BY_VECTOR', 'CUT_DEFINITION_TYPE_THIRD_POINT' }
      • cut_via_section_assigned_to_surfaces - optional; type array_of_int
      • cut_via_section_node1 - optional; type int
      • cut_via_section_coordinates1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • cut_via_section_coordinates1_x - optional; type double
      • cut_via_section_coordinates1_y - optional; type double
      • cut_via_section_coordinates1_z - optional; type double
      • cut_via_section_node2 - optional; type int
      • cut_via_section_coordinates2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • cut_via_section_coordinates2_x - optional; type double
      • cut_via_section_coordinates2_y - optional; type double
      • cut_via_section_coordinates2_z - optional; type double
      • cut_via_section_node3 - optional; type int
      • cut_via_section_coordinates3 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • cut_via_section_coordinates3_x - optional; type double
      • cut_via_section_coordinates3_y - optional; type double
      • cut_via_section_coordinates3_z - optional; type double
      • cut_via_section_component - optional; type int
      • cut_via_two_lines_first_line - optional; type int
      • cut_via_two_lines_first_point_distance_from_start_is_defined_as_relative - optional; type boolean
      • cut_via_two_lines_first_point_distance_from_start_relative - optional; type double
      • cut_via_two_lines_first_point_distance_from_start_absolute - optional; type double
      • cut_via_two_lines_first_point_distance_from_end_relative - optional; type double
      • cut_via_two_lines_first_point_distance_from_end_absolute - optional; type double
      • cut_via_two_lines_second_line - optional; type int
      • cut_via_two_lines_second_point_distance_is_defined_as_relative - optional; type boolean
      • cut_via_two_lines_second_point_distance_from_start_relative - optional; type double
      • cut_via_two_lines_second_point_distance_from_start_absolute - optional; type double
      • cut_via_two_lines_second_point_distance_from_end_relative - optional; type double
      • cut_via_two_lines_second_point_distance_from_end_absolute - optional; type double
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
37. get_line_grid
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_line_grid
    Input:
    get_line_grid_request (soap:body, use = literal)Source code
    parameters type get_line_grid

    • no type int
    Output:
    get_line_grid_response (soap:body, use = literal)Source code
    parameters type get_line_gridResponse

    • value type line_grid
      • no type int
      • type - optional; type line_grid_type - type undefined with restriction - enum { 'TYPE_STANDARD' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • coordinate_system_type - optional; type line_grid_coordinate_system_type - type undefined with restriction - enum { 'CARTESIAN', 'CYLINDRICAL', 'INCLINED', 'SPHERICAL' }
      • lock_line_grid - optional; type boolean
      • include_in_view - optional; type boolean
      • line_grid_points - optional; type boolean
      • line_grid_lines - optional; type boolean
      • label_text - optional; type boolean
      • dimensions - optional; type boolean
      • lock_points_to_line_grid - optional; type boolean
      • origin_type - optional; type line_grid_origin_type - type undefined with restriction - enum { 'ORIGIN_FREE_POINT', 'ORIGIN_NODE' }
      • origin_node - optional; type int
      • origin_free_point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • origin_free_point_coordinate_x - optional; type double
      • origin_free_point_coordinate_y - optional; type double
      • origin_free_point_coordinate_z - optional; type double
      • alpha_ux - optional; type double
      • alpha_vy - optional; type double
      • alpha_wz - optional; type double
      • x_input_type - optional; type line_grid_x_input_type - type undefined with restriction - enum { 'INPUT_TYPE_COORDINATES', 'INPUT_TYPE_SPANS' }
      • x_direction - optional; type line_grid_x_direction - type undefined with restriction - enum { 'DIRECTION_NEGATIVE', 'DIRECTION_POSITIVE' }
      • x_assignment - optional; type array_of_line_grid_x_assignment
        • line_grid_x_assignment - optional, unbounded; type line_grid_x_assignment
          • no - optional; type int
          • name - optional; type string
          • coordinates - optional; type double
          • spans - optional; type double
          • spans_count - optional; type int
      • y_input_type - optional; type line_grid_y_input_type - type undefined with restriction - enum { 'INPUT_TYPE_COORDINATES', 'INPUT_TYPE_SPANS' }
      • y_direction - optional; type line_grid_y_direction - type undefined with restriction - enum { 'DIRECTION_NEGATIVE', 'DIRECTION_POSITIVE' }
      • y_assignment - optional; type array_of_line_grid_y_assignment
        • line_grid_y_assignment - optional, unbounded; type line_grid_y_assignment
          • no - optional; type int
          • name - optional; type string
          • coordinates - optional; type double
          • spans - optional; type double
          • spans_count - optional; type int
      • z_input_type - optional; type line_grid_z_input_type - type undefined with restriction - enum { 'INPUT_TYPE_COORDINATES', 'INPUT_TYPE_SPANS' }
      • z_direction - optional; type line_grid_z_direction - type undefined with restriction - enum { 'DIRECTION_NEGATIVE', 'DIRECTION_POSITIVE' }
      • z_assignment - optional; type array_of_line_grid_z_assignment
        • line_grid_z_assignment - optional, unbounded; type line_grid_z_assignment
          • no - optional; type int
          • name - optional; type string
          • coordinates - optional; type double
          • spans - optional; type double
          • spans_count - optional; type int
      • coordinate_system - optional; type int
      • rotation_coordinate_system - optional; type int
      • has_specific_direction - optional; type boolean
      • specific_direction_type - optional; type line_grid_specific_direction_type - type undefined with restriction - enum { 'DIRECTION_TYPE_DIRECTED_TO_NODE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_LINE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_MEMBER', 'DIRECTION_TYPE_PARALLEL_TO_TWO_NODES', 'DIRECTION_TYPE_ROTATED_VIA_3_ANGLES' }
      • axes_sequence - optional; type line_grid_axes_sequence - type undefined with restriction - enum { 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
      • rotated_about_angle_x - optional; type double
      • rotated_about_angle_y - optional; type double
      • rotated_about_angle_z - optional; type double
      • rotated_about_angle_1 - optional; type double
      • rotated_about_angle_2 - optional; type double
      • rotated_about_angle_3 - optional; type double
      • directed_to_node_direction_node - optional; type int
      • directed_to_node_plane_node - optional; type int
      • directed_to_node_first_axis - optional; type line_grid_directed_to_node_first_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • directed_to_node_second_axis - optional; type line_grid_directed_to_node_second_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • parallel_to_two_nodes_first_node - optional; type int
      • parallel_to_two_nodes_second_node - optional; type int
      • parallel_to_two_nodes_plane_node - optional; type int
      • parallel_to_two_nodes_first_axis - optional; type line_grid_parallel_to_two_nodes_first_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • parallel_to_two_nodes_second_axis - optional; type line_grid_parallel_to_two_nodes_second_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • parallel_to_line - optional; type int
      • parallel_to_member - optional; type int
      • comment - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
38. get_line_hinge
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_line_hinge
    Input:
    get_line_hinge_request (soap:body, use = literal)Source code
    parameters type get_line_hinge

    • no type int
    Output:
    get_line_hinge_response (soap:body, use = literal)Source code
    parameters type get_line_hingeResponse

    • value type line_hinge
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • assigned_to - optional; type string
      • translational_release_u_x - optional; type double
      • translational_release_u_y - optional; type double
      • translational_release_u_z - optional; type double
      • rotational_release_phi_x - optional; type double
      • slab_wall_connection - optional; type boolean
      • slab_wall_with_slab_edge_block - optional; type boolean
      • slab_wall_connection_offset - optional; type double
      • slab_edge_block_width - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
39. get_line_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_line_load
    Input:
    get_line_load_request (soap:body, use = literal)Source code
    parameters type get_line_load

    • no type int
    • load_case_no type int
    Output:
    get_line_load_response (soap:body, use = literal)Source code
    parameters type get_line_loadResponse

    • value type line_load
      • no type int
      • advanced_mass_options - optional; type boolean
      • comment - optional; type string
      • coordinate_system - optional; type string
      • count_n - optional; type int
      • distance_a_absolute - optional; type double
      • distance_a_is_defined_as_relative - optional; type boolean
      • distance_a_relative - optional; type double
      • distance_b_absolute - optional; type double
      • distance_b_is_defined_as_relative - optional; type boolean
      • distance_b_relative - optional; type double
      • distance_c_absolute - optional; type double
      • distance_c_is_defined_as_relative - optional; type boolean
      • distance_c_relative - optional; type double
      • distance_from_line_end - optional; type boolean
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • lines - optional; type array_of_int
      • load_case - optional; type int
      • load_direction - optional; type line_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
      • load_direction_orientation - optional; type line_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
      • load_distribution - optional; type line_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_CONCENTRATED_1', 'LOAD_DISTRIBUTION_CONCENTRATED_2', 'LOAD_DISTRIBUTION_CONCENTRATED_2x2', 'LOAD_DISTRIBUTION_CONCENTRATED_N', 'LOAD_DISTRIBUTION_CONCENTRATED_VARYING', 'LOAD_DISTRIBUTION_PARABOLIC', 'LOAD_DISTRIBUTION_TAPERED', 'LOAD_DISTRIBUTION_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_UNIFORM_TOTAL', 'LOAD_DISTRIBUTION_VARYING' }
      • load_is_over_total_length - optional; type boolean
      • load_type - optional; type line_load_load_type - type undefined with restriction - enum { 'E_TYPE_MASS', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_MOMENT' }
      • magnitude - optional; type double
      • magnitude_1 - optional; type double
      • magnitude_2 - optional; type double
      • magnitude_3 - optional; type double
      • mass_global - optional; type double
      • mass_x - optional; type double
      • mass_y - optional; type double
      • mass_z - optional; type double
      • reference_to_list_of_lines - optional; type boolean
      • varying_load_parameters - optional; type array_of_line_load_varying_load_parameters
        • line_load_varying_load_parameters - optional, unbounded; type line_load_varying_load_parameters
          • no - optional; type int
          • distance - optional; type double
          • delta_distance - optional; type double
          • magnitude - optional; type double
          • note - optional; type string
      • varying_load_parameters_are_defined_as_relative - optional; type boolean
      • varying_load_parameters_sorted - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
40. get_line_mesh_refinement
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_line_mesh_refinement
    Input:
    get_line_mesh_refinement_request (soap:body, use = literal)Source code
    parameters type get_line_mesh_refinement

    • no type int
    Output:
    get_line_mesh_refinement_response (soap:body, use = literal)Source code
    parameters type get_line_mesh_refinementResponse

    • value type line_mesh_refinement
      • no type int
      • type - optional; type line_mesh_refinement_type - type undefined with restriction - enum { 'TYPE_ELEMENTS', 'TYPE_GRADUAL', 'TYPE_LENGTH' }
      • comment - optional; type string
      • elements_finite_elements - optional; type int
      • generating_object_info - optional; type string
      • gradual_rows - optional; type int
      • is_generated - optional; type boolean
      • lines - optional; type array_of_int
      • name - optional; type string
      • number_of_layers - optional; type int
      • target_length - optional; type double
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
41. get_line_set
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_line_set
    Input:
    get_line_set_request (soap:body, use = literal)Source code
    parameters type get_line_set

    • no type int
    Output:
    get_line_set_response (soap:body, use = literal)Source code
    parameters type get_line_setResponse

    • value type line_set
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • set_type - optional; type line_set_set_type - type undefined with restriction - enum { 'SET_TYPE_CONTINUOUS', 'SET_TYPE_GROUP' }
      • lines - optional; type array_of_int
      • length - optional; type double
      • center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_of_gravity_x - optional; type double
      • center_of_gravity_y - optional; type double
      • center_of_gravity_z - optional; type double
      • position - optional; type string
      • position_short - optional; type string
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
42. get_line_set_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_line_set_load
    Input:
    get_line_set_load_request (soap:body, use = literal)Source code
    parameters type get_line_set_load

    • no type int
    • load_case_no type int
    Output:
    get_line_set_load_response (soap:body, use = literal)Source code
    parameters type get_line_set_loadResponse

    • value type line_set_load
      • no type int
      • advanced_mass_options - optional; type boolean
      • comment - optional; type string
      • coordinate_system - optional; type string
      • count_n - optional; type int
      • distance_a_absolute - optional; type double
      • distance_a_is_defined_as_relative - optional; type boolean
      • distance_a_relative - optional; type double
      • distance_b_absolute - optional; type double
      • distance_b_is_defined_as_relative - optional; type boolean
      • distance_b_relative - optional; type double
      • distance_c_absolute - optional; type double
      • distance_c_is_defined_as_relative - optional; type boolean
      • distance_c_relative - optional; type double
      • distance_from_line_set_end - optional; type boolean
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • line_sets - optional; type array_of_int
      • load_case - optional; type int
      • load_direction - optional; type line_set_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
      • load_direction_orientation - optional; type line_set_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
      • load_distribution - optional; type line_set_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_CONCENTRATED_1', 'LOAD_DISTRIBUTION_CONCENTRATED_2', 'LOAD_DISTRIBUTION_CONCENTRATED_2x2', 'LOAD_DISTRIBUTION_CONCENTRATED_N', 'LOAD_DISTRIBUTION_CONCENTRATED_VARYING', 'LOAD_DISTRIBUTION_PARABOLIC', 'LOAD_DISTRIBUTION_TAPERED', 'LOAD_DISTRIBUTION_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_UNIFORM_TOTAL', 'LOAD_DISTRIBUTION_VARYING' }
      • load_is_over_total_length - optional; type boolean
      • load_type - optional; type line_set_load_load_type - type undefined with restriction - enum { 'E_TYPE_MASS', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_MOMENT' }
      • magnitude - optional; type double
      • magnitude_1 - optional; type double
      • magnitude_2 - optional; type double
      • magnitude_3 - optional; type double
      • mass_global - optional; type double
      • mass_x - optional; type double
      • mass_y - optional; type double
      • mass_z - optional; type double
      • reference_to_list_of_line_sets - optional; type boolean
      • varying_load_parameters - optional; type array_of_line_set_load_varying_load_parameters
        • line_set_load_varying_load_parameters - optional, unbounded; type line_set_load_varying_load_parameters
          • no - optional; type int
          • distance - optional; type double
          • delta_distance - optional; type double
          • magnitude - optional; type double
          • note - optional; type string
      • varying_load_parameters_are_defined_as_relative - optional; type boolean
      • varying_load_parameters_sorted - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
43. get_line_support
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_line_support
    Input:
    get_line_support_request (soap:body, use = literal)Source code
    parameters type get_line_support

    • no type int
    Output:
    get_line_support_response (soap:body, use = literal)Source code
    parameters type get_line_supportResponse

    • value type line_support
      • no type int
      • comment - optional; type string
      • coordinate_system - optional; type line_support_coordinate_system - type undefined with restriction - enum { 'COORDINATE_SYSTEM_GLOBAL', 'COORDINATE_SYSTEM_LOCAL' }
      • diagram_along_x_end - optional; type line_support_diagram_along_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_x_is_sorted - optional; type boolean
      • diagram_along_x_start - optional; type line_support_diagram_along_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_x_symmetric - optional; type boolean
      • diagram_along_x_table - optional; type array_of_line_support_diagram_along_x_table
        • line_support_diagram_along_x_table - optional, unbounded; type line_support_diagram_along_x_table
          • no - optional; type int
          • displacement - optional; type double
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_along_y_end - optional; type line_support_diagram_along_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_y_is_sorted - optional; type boolean
      • diagram_along_y_start - optional; type line_support_diagram_along_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_y_symmetric - optional; type boolean
      • diagram_along_y_table - optional; type array_of_line_support_diagram_along_y_table
        • line_support_diagram_along_y_table - optional, unbounded; type line_support_diagram_along_y_table
          • no - optional; type int
          • displacement - optional; type double
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_along_z_end - optional; type line_support_diagram_along_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_z_is_sorted - optional; type boolean
      • diagram_along_z_start - optional; type line_support_diagram_along_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_z_symmetric - optional; type boolean
      • diagram_along_z_table - optional; type array_of_line_support_diagram_along_z_table
        • line_support_diagram_along_z_table - optional, unbounded; type line_support_diagram_along_z_table
          • no - optional; type int
          • displacement - optional; type double
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_around_x_end - optional; type line_support_diagram_around_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_x_is_sorted - optional; type boolean
      • diagram_around_x_start - optional; type line_support_diagram_around_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_x_symmetric - optional; type boolean
      • diagram_around_x_table - optional; type array_of_line_support_diagram_around_x_table
        • line_support_diagram_around_x_table - optional, unbounded; type line_support_diagram_around_x_table
          • no - optional; type int
          • rotation - optional; type double
          • moment - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_around_y_end - optional; type line_support_diagram_around_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_y_is_sorted - optional; type boolean
      • diagram_around_y_start - optional; type line_support_diagram_around_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_y_symmetric - optional; type boolean
      • diagram_around_y_table - optional; type array_of_line_support_diagram_around_y_table
        • line_support_diagram_around_y_table - optional, unbounded; type line_support_diagram_around_y_table
          • no - optional; type int
          • rotation - optional; type double
          • moment - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_around_z_end - optional; type line_support_diagram_around_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_z_is_sorted - optional; type boolean
      • diagram_around_z_start - optional; type line_support_diagram_around_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_z_symmetric - optional; type boolean
      • diagram_around_z_table - optional; type array_of_line_support_diagram_around_z_table
        • line_support_diagram_around_z_table - optional, unbounded; type line_support_diagram_around_z_table
          • no - optional; type int
          • rotation - optional; type double
          • moment - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • friction_coefficient_x - optional; type double
      • friction_coefficient_y - optional; type double
      • friction_coefficient_z - optional; type double
      • friction_direction_independent_x - optional; type boolean
      • friction_direction_independent_y - optional; type boolean
      • friction_direction_independent_z - optional; type boolean
      • lines - optional; type array_of_int
      • name - optional; type string
      • partial_activity_along_x_negative_displacement - optional; type double
      • partial_activity_along_x_negative_force - optional; type double
      • partial_activity_along_x_negative_slippage - optional; type double
      • partial_activity_along_x_negative_type - optional; type line_support_partial_activity_along_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_x_positive_displacement - optional; type double
      • partial_activity_along_x_positive_force - optional; type double
      • partial_activity_along_x_positive_slippage - optional; type double
      • partial_activity_along_x_positive_type - optional; type line_support_partial_activity_along_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_y_negative_displacement - optional; type double
      • partial_activity_along_y_negative_force - optional; type double
      • partial_activity_along_y_negative_slippage - optional; type double
      • partial_activity_along_y_negative_type - optional; type line_support_partial_activity_along_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_y_positive_displacement - optional; type double
      • partial_activity_along_y_positive_force - optional; type double
      • partial_activity_along_y_positive_slippage - optional; type double
      • partial_activity_along_y_positive_type - optional; type line_support_partial_activity_along_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_z_negative_displacement - optional; type double
      • partial_activity_along_z_negative_force - optional; type double
      • partial_activity_along_z_negative_slippage - optional; type double
      • partial_activity_along_z_negative_type - optional; type line_support_partial_activity_along_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_z_positive_displacement - optional; type double
      • partial_activity_along_z_positive_force - optional; type double
      • partial_activity_along_z_positive_slippage - optional; type double
      • partial_activity_along_z_positive_type - optional; type line_support_partial_activity_along_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_x_negative_moment - optional; type double
      • partial_activity_around_x_negative_rotation - optional; type double
      • partial_activity_around_x_negative_slippage - optional; type double
      • partial_activity_around_x_negative_type - optional; type line_support_partial_activity_around_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_x_positive_moment - optional; type double
      • partial_activity_around_x_positive_rotation - optional; type double
      • partial_activity_around_x_positive_slippage - optional; type double
      • partial_activity_around_x_positive_type - optional; type line_support_partial_activity_around_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_y_negative_moment - optional; type double
      • partial_activity_around_y_negative_rotation - optional; type double
      • partial_activity_around_y_negative_slippage - optional; type double
      • partial_activity_around_y_negative_type - optional; type line_support_partial_activity_around_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_y_positive_moment - optional; type double
      • partial_activity_around_y_positive_rotation - optional; type double
      • partial_activity_around_y_positive_slippage - optional; type double
      • partial_activity_around_y_positive_type - optional; type line_support_partial_activity_around_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_z_negative_moment - optional; type double
      • partial_activity_around_z_negative_rotation - optional; type double
      • partial_activity_around_z_negative_slippage - optional; type double
      • partial_activity_around_z_negative_type - optional; type line_support_partial_activity_around_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_z_positive_moment - optional; type double
      • partial_activity_around_z_positive_rotation - optional; type double
      • partial_activity_around_z_positive_slippage - optional; type double
      • partial_activity_around_z_positive_type - optional; type line_support_partial_activity_around_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • rotational_restraint - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • rotational_restraint_x - optional; type double
      • rotational_restraint_x_nonlinearity - optional; type line_support_rotational_restraint_x_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • rotational_restraint_y - optional; type double
      • rotational_restraint_y_nonlinearity - optional; type line_support_rotational_restraint_y_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • rotational_restraint_z - optional; type double
      • rotational_restraint_z_nonlinearity - optional; type line_support_rotational_restraint_z_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • spring - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • spring_x - optional; type double
      • spring_x_nonlinearity - optional; type line_support_spring_x_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • spring_y - optional; type double
      • spring_y_nonlinearity - optional; type line_support_spring_y_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • spring_z - optional; type double
      • spring_z_nonlinearity - optional; type line_support_spring_z_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • user_defined_name_enabled - optional; type boolean
      • x_axis_rotation - optional; type double
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
44. get_line_welded_joint
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_line_welded_joint
    Input:
    get_line_welded_joint_request (soap:body, use = literal)Source code
    parameters type get_line_welded_joint

    • no type int
    Output:
    get_line_welded_joint_response (soap:body, use = literal)Source code
    parameters type get_line_welded_jointResponse

    • value type line_welded_joint
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • joint_type - optional; type line_welded_joint_joint_type - type undefined with restriction - enum { 'BUTT_JOINT', 'CORNER_JOINT', 'LAP_JOINT', 'TEE_JOINT' }
      • weld_type - optional; type line_welded_joint_weld_type - type undefined with restriction - enum { 'WELD_BEVEL_AND_FILLET', 'WELD_DOUBLE_BEVEL', 'WELD_DOUBLE_FILLET', 'WELD_DOUBLE_J', 'WELD_DOUBLE_SQUARE', 'WELD_DOUBLE_U', 'WELD_DOUBLE_V', 'WELD_J_AND_FILLET', 'WELD_SINGLE_BEVEL', 'WELD_SINGLE_FILLET', 'WELD_SINGLE_J', 'WELD_SINGLE_SQUARE', 'WELD_SINGLE_U', 'WELD_SINGLE_V', 'WELD_V_AND_FILLET' }
      • longitudinal_arrangement - optional; type line_welded_joint_longitudinal_arrangement - type undefined with restriction - enum { 'CHAIN_INTERMITTENT', 'CONTINUOUS', 'STAGGERED_INTERMITTENT' }
      • weld_size_a1 - optional; type double
      • weld_size_a2 - optional; type double
      • weld_length - optional; type double
      • pitch - optional; type double
      • first_weld_position - optional; type double
      • stress_analysis_configuration - optional; type int
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
45. get_load_case
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_load_case
    Input:
    get_load_case_request (soap:body, use = literal)Source code
    parameters type get_load_case

    • no type int
    Output:
    get_load_case_response (soap:body, use = literal)Source code
    parameters type get_load_caseResponse

    • value type load_case
      • no type int
      • analysis_type - optional; type load_case_analysis_type - type undefined with restriction - enum { 'ANALYSIS_TYPE_CREEP_AND_SHRINKAGE', 'ANALYSIS_TYPE_CUTTING_PATTERN', 'ANALYSIS_TYPE_MODAL', 'ANALYSIS_TYPE_RESPONSE_SPECTRUM', 'ANALYSIS_TYPE_STATIC', 'ANALYSIS_TYPE_TIME_DEPENDENT', 'ANALYSIS_TYPE_TIME_HISTORY', 'ANALYSIS_TYPE_WIND_SIMULATION' }
      • name - optional; type string
      • static_analysis_settings - optional; type int
      • stability_analysis_settings - optional; type int
      • modal_analysis_settings - optional; type int
      • spectral_analysis_settings - optional; type int
      • stability_analysis - optional; type boolean
      • consider_imperfection - optional; type boolean
      • imperfection_case - optional; type int
      • consider_initial_state - optional; type boolean
      • initial_state_case - optional; type int
      • initial_state_definition_type - optional; type load_case_initial_state_definition_type - type undefined with restriction - enum { 'DEFINITION_TYPE_GEOMETRICAL_STIFFNESS_ONLY', 'DEFINITION_TYPE_MATERIAL_STIFFNESS_ONLY', 'DEFINITION_TYPE_STIFFNESS', 'DEFINITION_TYPE_STIFFNESS_FORCES_DEFORMATIONS', 'DEFINITION_TYPE_STRAINS', 'DEFINITION_TYPE_STRAINS_WITH_USER_DEFINED_FACTORS' }
      • creep_loading_case - optional; type int
      • individual_factors_of_selected_objects_table - optional; type array_of_load_case_individual_factors_of_selected_objects_table
        • load_case_individual_factors_of_selected_objects_table - optional, unbounded; type load_case_individual_factors_of_selected_objects_table
          • no - optional; type int
          • object_type - optional; type object_type - type undefined with restriction - enum { 'INITIAL_STATE_FACTORS_OBJECT_TYPE_LINE_HINGE', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_LINE_WITH_SUPPORT', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_MEMBER', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_MEMBER_HINGE', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_NODE_WITH_SUPPORT', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_SOLID', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_SURFACE' }
          • object_list - optional; type array_of_int
          • strain_type - optional; type strain_type - type undefined with restriction - enum { 'ALL', 'ALONG_X', 'ALONG_Y', 'ALONG_Z', 'AROUND_X', 'AROUND_Y', 'AROUND_Z' }
          • factor - optional; type double
          • comment - optional; type string
      • consider_results_difference_for_actual_analysis - optional; type boolean
      • consider_construction_stage - optional; type boolean
      • construction_stage_case - optional; type int
      • to_solve - optional; type boolean
      • action_category - optional; type int
      • self_weight_active - optional; type boolean
      • self_weight_factors - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • self_weight_factor_x - optional; type double
      • self_weight_factor_y - optional; type double
      • self_weight_factor_z - optional; type double
      • factor_phi - optional; type load_case_factor_phi - type undefined with restriction - enum { 'FACTOR_PHI_1', 'FACTOR_PHI_2', 'FACTOR_PHI_3' }
      • load_duration - optional; type int
      • loading_start - optional; type double
      • time_being_investigated - optional; type double
      • has_inclusive_load_cases - optional; type boolean
      • inclusive_load_cases - optional; type array_of_load_case_inclusive_load_cases
        • load_case_inclusive_load_cases - optional, unbounded; type int
      • has_exclusive_load_cases - optional; type boolean
      • exclusive_load_cases - optional; type array_of_load_case_exclusive_load_cases
        • load_case_exclusive_load_cases - optional, unbounded; type int
      • is_edited_based_on_influence_lines_areas - optional; type boolean
      • import_masses_from - optional; type int
      • import_modal_analysis_from - optional; type int
      • response_spectrum_is_enabled_in_any_direction - optional; type boolean
      • response_spectrum_is_enabled_in_direction_x - optional; type boolean
      • response_spectrum_is_enabled_in_direction_y - optional; type boolean
      • response_spectrum_is_enabled_in_direction_z - optional; type boolean
      • response_spectrum_in_direction_x - optional; type int
      • response_spectrum_in_direction_y - optional; type int
      • response_spectrum_in_direction_z - optional; type int
      • response_spectrum_scale_factor_in_direction_x - optional; type double
      • response_spectrum_scale_factor_in_direction_y - optional; type double
      • response_spectrum_scale_factor_in_direction_z - optional; type double
      • response_spectrum_rotation_angle - optional; type double
      • response_spectrum_enable_multipoint - optional; type boolean
      • selection_of_modes_mode_activation_table - optional; type array_of_load_case_selection_of_modes_mode_activation_table
        • load_case_selection_of_modes_mode_activation_table - optional, unbounded; type load_case_selection_of_modes_mode_activation_table
          • no - optional; type int
          • to_generate - optional; type boolean
          • natural_period_t - optional; type double
          • natural_frequency_f - optional; type double
          • acceleration_s_ax - optional; type double
          • acceleration_s_ay - optional; type double
          • acceleration_s_az - optional; type double
          • effective_modal_mass_factor_f_mex - optional; type double
          • effective_modal_mass_factor_f_mey - optional; type double
          • effective_modal_mass_factor_f_mez - optional; type double
          • damping - optional; type double
      • selection_of_modes_deselect_modes_according_to_criterion_is_enabled - optional; type boolean
      • selection_of_modes_deselect_modes_modes_according_to_criterion_value - optional; type double
      • selection_of_modes_total_effective_modal_mass_factor_f_mex - optional; type double
      • selection_of_modes_total_effective_modal_mass_factor_f_mey - optional; type double
      • selection_of_modes_total_effective_modal_mass_factor_f_mez - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • structure_modification_enabled - optional; type boolean
      • structure_modification - optional; type int
      • possibility_of_crowds - optional; type boolean
      • specification_for_load_case_gr1a - optional; type load_case_specification_for_load_case_gr1a - type undefined with restriction - enum { 'SPECIFICATION_GR1A_PEDESTRIAN_AND_CYCLE_TRACK', 'SPECIFICATION_GR1A_TS1', 'SPECIFICATION_GR1A_UDL' }
      • specification_for_load_case_gr2 - optional; type load_case_specification_for_load_case_gr2 - type undefined with restriction - enum { 'SPECIFICATION_GR2_HORIZONTAL_FORCES_BRAKING_AND_ACCELERATION', 'SPECIFICATION_GR2_HORIZONTAL_FORCES_CENTRIFUGAL_FORCES' }
      • specification_for_load_case_gr5 - optional; type load_case_specification_for_load_case_gr5 - type undefined with restriction - enum { 'SPECIFICATION_GR5_SPECIAL_VEHICLE', 'SPECIFICATION_GR5_TS', 'SPECIFICATION_GR5_UDL' }
      • specification_for_load_case_gr6 - optional; type load_case_specification_for_load_case_gr6 - type undefined with restriction - enum { 'SPECIFICATION_GR6_HORIZONTAL_FORCES_BRAKING_AND_ACCELERATION', 'SPECIFICATION_GR6_HORIZONTAL_FORCES_CENTRIFUGAL_FORCES', 'SPECIFICATION_GR6_PEDESTRIAN_AND_CYCLE_TRACK', 'SPECIFICATION_GR6_TS', 'SPECIFICATION_GR6_UDL' }
      • liveload_less_equal_100 - optional; type boolean
      • liveload_less_equal_48 - optional; type boolean
      • liveload_less_equal_100_ibc - optional; type boolean
      • cranehookload_nocombined_roofliveload - optional; type boolean
      • roof_configurations_that_do_not_shed_snow - optional; type boolean
      • flat_roof_snow_load - optional; type boolean
      • flat_roof_snow_load_category - optional; type load_case_flat_roof_snow_load_category - type undefined with restriction - enum { 'ROOF_CAT_SNOW_LOADS_EXCEEDING_30PSF', 'ROOF_CAT_SNOW_LOADS_OF_30PSF_OR_LESS' }
      • deadload_factor_shall_be_increased - optional; type boolean
      • deadload_factor_shall_be_increased1 - optional; type boolean
      • deadload_factor_shall_be_increased2 - optional; type boolean
      • liveload_principal_factor_may_be_reduced1 - optional; type boolean
      • liveload_companion_factor_may_be_increased1 - optional; type boolean
      • liveload_principal_factor_may_be_reduced2 - optional; type boolean
      • liveload_companion_factor_may_be_increased2 - optional; type boolean
      • longtermload_tp_considered_in_limit_state_of_serviceability - optional; type boolean
      • greater_intensity_than_4 - optional; type boolean
      • wind_simulation_wind_direction_angle - optional; type double
      • wind_simulation_terrain_offset - optional; type double
      • wind_simulation_wind_tunnel_depth_minus_coefficient - optional; type double
      • wind_simulation_wind_tunnel_depth_plus_coefficient - optional; type double
      • wind_simulation_wind_tunnel_width_minus_coefficient - optional; type double
      • wind_simulation_wind_tunnel_width_plus_coefficient - optional; type double
      • wind_simulation_wind_tunnel_height_plus_coefficient - optional; type double
      • wind_simulation_construction_bounding_box_depth_coefficient - optional; type double
      • wind_simulation_construction_bounding_box_height_coefficient - optional; type double
      • wind_simulation_construction_bounding_box_width_coefficient - optional; type double
      • wind_simulation_wind_tunnel_depth_coefficient - optional; type double
      • wind_simulation_wind_tunnel_width_coefficient - optional; type double
      • wind_simulation_wind_tunnel_height_coefficient - optional; type double
      • wind_simulation_wind_profile - optional; type int
      • wind_simulation_analysis_settings - optional; type int
      • wind_simulation_wind_tunnel_depth_minus_length - optional; type double
      • wind_simulation_wind_tunnel_depth_plus_length - optional; type double
      • wind_simulation_wind_tunnel_width_minus_length - optional; type double
      • wind_simulation_wind_tunnel_width_plus_length - optional; type double
      • wind_simulation_wind_tunnel_height_plus_length - optional; type double
      • wind_simulation_construction_bounding_box_depth - optional; type double
      • wind_simulation_construction_bounding_box_height - optional; type double
      • wind_simulation_construction_bounding_box_width - optional; type double
      • wind_simulation_wind_tunnel_depth - optional; type double
      • wind_simulation_wind_tunnel_width - optional; type double
      • wind_simulation_wind_tunnel_height - optional; type double
      • time_history_import_modal_analysis_from - optional; type int
      • time_history_analysis_settings - optional; type int
      • time_history_is_accelerograms_differentially - optional; type boolean
      • time_history_accelerogram - optional; type int
      • time_history_factor_x - optional; type double
      • time_history_factor_y - optional; type double
      • time_history_factor_z - optional; type double
      • time_history_rotation - optional; type double
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
46. get_load_cases_and_combinations
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_load_cases_and_combinations
    Input:
    get_load_cases_and_combinations_request (soap:body, use = literal)Source code
    parameters type get_load_cases_and_combinations
    Output:
    get_load_cases_and_combinations_response (soap:body, use = literal)Source code
    parameters type get_load_cases_and_combinationsResponse

    • value type load_cases_and_combinations
      • current_standard_for_combination_wizard - optional; type int
      • activate_combination_wizard_and_classification - optional; type boolean
      • activate_combination_wizard - optional; type boolean
      • result_combinations_active - optional; type boolean
      • result_combinations_parentheses_active - optional; type boolean
      • result_combinations_consider_sub_results - optional; type boolean
      • combination_name_according_to_action_category - optional; type boolean
47. get_load_combination
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_load_combination
    Input:
    get_load_combination_request (soap:body, use = literal)Source code
    parameters type get_load_combination

    • no type int
    Output:
    get_load_combination_response (soap:body, use = literal)Source code
    parameters type get_load_combinationResponse

    • value type load_combination
      • no type int
      • analysis_type - optional; type load_combination_analysis_type - type undefined with restriction - enum { 'ANALYSIS_TYPE_HARMONIC_RESPONSE_ANALYSIS', 'ANALYSIS_TYPE_STATIC', 'ANALYSIS_TYPE_STATIC_CREEP_AND_SHRINKAGE', 'ANALYSIS_TYPE_STATIC_TIME_DEPENDENCE' }
      • design_situation - optional; type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • static_analysis_settings - optional; type int
      • harmonic_response_analysis_settings - optional; type int
      • import_modal_analysis_load_case - optional; type int
      • stability_analysis - optional; type boolean
      • stability_analysis_settings - optional; type int
      • consider_imperfection - optional; type boolean
      • imperfection_case - optional; type int
      • consider_initial_state - optional; type boolean
      • initial_state_case - optional; type int
      • consider_construction_stage - optional; type boolean
      • construction_stage - optional; type int
      • consider_creep_caused_by_permanent_loading - optional; type boolean
      • creep_caused_by_permanent_loading_case - optional; type int
      • structure_modification_enabled - optional; type boolean
      • structure_modification - optional; type int
      • to_solve - optional; type boolean
      • comment - optional; type string
      • load_duration - optional; type int
      • consider_influence_line_or_surface - optional; type boolean
      • items - optional; type array_of_load_combination_items
        • load_combination_items - optional, unbounded; type load_combination_items
          • no - optional; type int
          • factor - optional; type double
          • load_case - optional; type int
          • action - optional; type int
          • is_leading - optional; type boolean
          • gamma - optional; type double
          • psi - optional; type double
          • xi - optional; type double
          • k_fi - optional; type double
          • c_esl - optional; type double
          • k_def - optional; type double
          • psi_0 - optional; type double
          • psi_1 - optional; type double
          • psi_2 - optional; type double
          • fi - optional; type double
          • gamma_0 - optional; type double
          • alfa - optional; type double
          • k_f - optional; type double
          • phi - optional; type double
          • rho - optional; type double
          • omega_0 - optional; type double
          • shift - optional; type double
          • amplitude_function_type - optional; type amplitude_function_type - type undefined with restriction - enum { 'CONSTANT', 'LINEAR', 'QUADRATIC' }
      • loading_start - optional; type double
      • time_being_investigated - optional; type double
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • initial_state_definition_type - optional; type load_combination_initial_state_definition_type - type undefined with restriction - enum { 'DEFINITION_TYPE_GEOMETRICAL_STIFFNESS_ONLY', 'DEFINITION_TYPE_MATERIAL_STIFFNESS_ONLY', 'DEFINITION_TYPE_STIFFNESS', 'DEFINITION_TYPE_STIFFNESS_FORCES_DEFORMATIONS', 'DEFINITION_TYPE_STRAINS', 'DEFINITION_TYPE_STRAINS_WITH_USER_DEFINED_FACTORS' }
      • individual_factors_of_selected_objects_table - optional; type array_of_load_combination_individual_factors_of_selected_objects_table
        • load_combination_individual_factors_of_selected_objects_table - optional, unbounded; type load_combination_individual_factors_of_selected_objects_table
          • no - optional; type int
          • object_type - optional; type object_type - type undefined with restriction - enum { 'INITIAL_STATE_FACTORS_OBJECT_TYPE_LINE_HINGE', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_LINE_WITH_SUPPORT', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_MEMBER', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_MEMBER_HINGE', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_NODE_WITH_SUPPORT', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_SOLID', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_SURFACE' }
          • object_list - optional; type array_of_int
          • strain_type - optional; type strain_type - type undefined with restriction - enum { 'ALL', 'ALONG_X', 'ALONG_Y', 'ALONG_Z', 'AROUND_X', 'AROUND_Y', 'AROUND_Z' }
          • factor - optional; type double
          • comment - optional; type string
      • consider_results_difference_for_actual_analysis - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
48. get_material
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_material
    Input:
    get_material_request (soap:body, use = literal)Source code
    parameters type get_material

    • no type int
    Output:
    get_material_response (soap:body, use = literal)Source code
    parameters type get_materialResponse

    • value type material
      • no type int
      • definition_type - optional; type material_definition_type - type undefined with restriction - enum { 'DERIVED_G', 'DERIVED_NU', 'E_G_NO_NU', 'E_G_NU', 'NONE' }
      • material_type - optional; type material_material_type - type undefined with restriction - enum { 'TYPE_ALUMINUM', 'TYPE_BASIC', 'TYPE_CONCRETE', 'TYPE_FOIL', 'TYPE_GAS', 'TYPE_GLASS', 'TYPE_MASONRY', 'TYPE_METAL', 'TYPE_REINFORCING_STEEL', 'TYPE_SOIL', 'TYPE_STEEL', 'TYPE_TIMBER' }
      • material_model - optional; type material_material_model - type undefined with restriction - enum { 'MODEL_ISOTROPIC_DAMAGE_2D_3D', 'MODEL_ISOTROPIC_LINEAR_ELASTIC', 'MODEL_ISOTROPIC_MASONRY_2D', 'MODEL_ISOTROPIC_NONLINEAR_ELASTIC_1D', 'MODEL_ISOTROPIC_NONLINEAR_ELASTIC_2D_3D', 'MODEL_ISOTROPIC_PLASTIC_1D', 'MODEL_ISOTROPIC_PLASTIC_2D_3D', 'MODEL_ORTHOTROPIC_2D', 'MODEL_ORTHOTROPIC_3D', 'MODEL_ORTHOTROPIC_MASONRY_2D', 'MODEL_ORTHOTROPIC_PLASTIC_2D', 'MODEL_ORTHOTROPIC_PLASTIC_3D' }
      • application_context - optional; type material_application_context - type undefined with restriction - enum { 'ALUMINUM_DESIGN', 'COMBINATION_WIZARD', 'CONCRETE_DESIGN', 'CONCRETE_FOUNDATION_DESIGN', 'CRANEWAY_DESIGN', 'DYNAMIC_ANALYSIS', 'GLASS_DESIGN', 'INVALID', 'LAMINATE_DESIGN', 'LOAD_WIZARD', 'MASONRY_DESIGN', 'PIPING_DESIGN', 'SOIL_STRUCTURE_INTERACTION', 'STEEL_DESIGN', 'STEEL_JOINT_DESIGN', 'TIMBER_DESIGN', 'TIMBER_JOINT_DESIGN', 'TOWER_DESIGN' }
      • diagram_type - optional; type material_diagram_type - type undefined with restriction - enum { 'DIAGRAM_TYPE_BASIC', 'DIAGRAM_TYPE_BILINEAR', 'DIAGRAM_TYPE_STRESS_STRAIN_DIAGRAM' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • user_defined - optional; type boolean
      • stress_failure_hypothesis - optional; type material_stress_failure_hypothesis - type undefined with restriction - enum { 'STRESS_FAILURE_HYPOTHESIS_DRUCKER_PRAGER', 'STRESS_FAILURE_HYPOTHESIS_MOHR_COULOMB', 'STRESS_FAILURE_HYPOTHESIS_TRESCA', 'STRESS_FAILURE_HYPOTHESIS_VON_MISES' }
      • is_temperature_dependent - optional; type boolean
      • is_dynamic_increase_factor - optional; type boolean
      • reference_temperature - optional; type double
      • temperature_properties_sorted - optional; type boolean
      • stiffness_matrix_editable - optional; type boolean
      • stiffness_modification - optional; type boolean
      • stiffness_modification_type - optional; type material_stiffness_modification_type - type undefined with restriction - enum { 'STIFFNESS_MODIFICATION_TYPE_DIVISION', 'STIFFNESS_MODIFICATION_TYPE_MULTIPLICATION' }
      • has_linear_elastic_with_nonlinear_criteria - optional; type boolean
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
49. get_member
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member
    Input:
    get_member_request (soap:body, use = literal)Source code
    parameters type get_member

    • no type int
    Output:
    get_member_response (soap:body, use = literal)Source code
    parameters type get_memberResponse

    • value type member
      • no type int
      • type - optional; type member_type - type undefined with restriction - enum { 'TYPE_BEAM', 'TYPE_BUCKLING', 'TYPE_CABLE', 'TYPE_COMPRESSION', 'TYPE_COUPLING_HINGE_HINGE', 'TYPE_COUPLING_HINGE_RIGID', 'TYPE_COUPLING_RIGID_HINGE', 'TYPE_COUPLING_RIGID_RIGID', 'TYPE_DEFINABLE_STIFFNESS', 'TYPE_RESULT_BEAM', 'TYPE_RIB', 'TYPE_RIGID', 'TYPE_TENSION', 'TYPE_TRUSS', 'TYPE_TRUSS_ONLY_N' }
      • is_deactivated_for_calculation - optional; type boolean
      • line - optional; type int
      • section_distribution_type - optional; type member_section_distribution_type - type undefined with restriction - enum { 'SECTION_DISTRIBUTION_TYPE_CURVED', 'SECTION_DISTRIBUTION_TYPE_LINEAR', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_BOTH_SIDES', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_END_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_START_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_SADDLE', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_BOTH_SIDES', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_END_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_START_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_UNIFORM' }
      • reference_type - optional; type member_reference_type - type undefined with restriction - enum { 'REFERENCE_TYPE_L', 'REFERENCE_TYPE_XY', 'REFERENCE_TYPE_XZ', 'REFERENCE_TYPE_YZ' }
      • nodes - optional; type array_of_int
      • node_start - optional; type int
      • node_end - optional; type int
      • analytical_length - optional; type double
      • analytical_volume - optional; type double
      • analytical_surface_of_coating - optional; type double
      • analytical_mass - optional; type double
      • surface_of_coating - optional; type double
      • analytical_center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • analytical_center_of_gravity_x - optional; type double
      • analytical_center_of_gravity_y - optional; type double
      • analytical_center_of_gravity_z - optional; type double
      • length - optional; type double
      • volume - optional; type double
      • mass - optional; type double
      • center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_of_gravity_x - optional; type double
      • center_of_gravity_y - optional; type double
      • center_of_gravity_z - optional; type double
      • member_representative - optional; type int
      • design_properties_via_member - optional; type boolean
      • design_properties_via_parent_member_set - optional; type boolean
      • design_properties_parent_member_set - optional; type int
      • comment - optional; type string
      • member_type_rib_alignment - optional; type member_member_type_rib_alignment - type undefined with restriction - enum { 'ALIGNMENT_CENTRIC', 'ALIGNMENT_ON_Z_SIDE_NEGATIVE', 'ALIGNMENT_ON_Z_SIDE_POSITIVE', 'ALIGNMENT_USER_DEFINED_VIA_MEMBER_ECCENTRICITY' }
      • member_rib_first_surface - optional; type int
      • member_rib_second_surface - optional; type int
      • member_rib_surface_assignment_autodetect - optional; type boolean
      • align_local_z_axis_to_local_z_axis_of_surface - optional; type boolean
      • flange_dimensions - optional; type array_of_member_flange_dimensions
        • member_flange_dimensions - optional, unbounded; type member_flange_dimensions
          • no - optional; type int
          • end_ordinate - optional; type double
          • length - optional; type double
          • reference_length_definition_type - optional; type reference_length_definition_type - type undefined with restriction - enum { 'REFERENCE_LENGTH_TYPE_MEMBER_LENGTH', 'REFERENCE_LENGTH_TYPE_SEGMENT_LENGTH', 'REFERENCE_LENGTH_TYPE_USER_DEFINED' }
          • reference_length - optional; type double
          • reference_length_width_type - optional; type reference_length_width_type - type undefined with restriction - enum { 'REFERENCE_LENGTH_WIDTH_EC2', 'REFERENCE_LENGTH_WIDTH_EIGHTH', 'REFERENCE_LENGTH_WIDTH_NONE', 'REFERENCE_LENGTH_WIDTH_SIXTH' }
          • width_minus_y_integrative - optional; type double
          • width_minus_y_effictive - optional; type double
          • width_minus_y_maximal - optional; type double
          • width_plus_y_integrative - optional; type double
          • width_plus_y_effictive - optional; type double
          • width_plus_y_maximal - optional; type double
          • distribution_linear - optional; type boolean
      • synchronize_width_mode - optional; type boolean
      • relative_ordinates_mode - optional; type boolean
      • member_type_definable_stiffness - optional; type int
      • result_beam_integrate_stresses_and_forces - optional; type member_result_beam_integrate_stresses_and_forces - type undefined with restriction - enum { 'INTEGRATE_FROM_LISTED_OBJECT', 'INTEGRATE_WITHIN_CUBOID_GENERAL', 'INTEGRATE_WITHIN_CUBOID_QUADRATIC', 'INTEGRATE_WITHIN_CYLINDER' }
      • result_beam_y_z - optional; type double
      • result_beam_y_plus - optional; type double
      • result_beam_z_plus - optional; type double
      • result_beam_y_minus - optional; type double
      • result_beam_z_minus - optional; type double
      • result_beam_radius - optional; type double
      • result_beam_include_surfaces - optional; type array_of_int
      • result_beam_include_all_surfaces - optional; type boolean
      • result_beam_include_solids - optional; type array_of_int
      • result_beam_include_all_solids - optional; type boolean
      • result_beam_include_members - optional; type array_of_int
      • result_beam_include_all_members - optional; type boolean
      • result_beam_exclude_surfaces - optional; type array_of_int
      • result_beam_exclude_solids - optional; type array_of_int
      • result_beam_exluce_members - optional; type array_of_int
      • projected_length - optional; type double
      • section_distance_from_start_is_defined_as_relative - optional; type boolean
      • section_distance_from_start_absolute - optional; type double
      • section_distance_from_start_relative - optional; type double
      • section_distance_from_end_is_defined_as_relative - optional; type boolean
      • section_distance_from_end_absolute - optional; type double
      • section_distance_from_end_relative - optional; type double
      • section_alignment - optional; type member_section_alignment - type undefined with restriction - enum { 'SECTION_ALIGNMENT_BOTTOM', 'SECTION_ALIGNMENT_CENTRIC', 'SECTION_ALIGNMENT_TOP' }
      • section_start - optional; type int
      • section_end - optional; type int
      • section_internal - optional; type int
      • section_material - optional; type int
      • curved_member_is_asymmetric_layout - optional; type boolean
      • curved_member_is_cantilevers - optional; type boolean
      • curved_member_cantilevers_type - optional; type member_curved_member_cantilevers_type - type undefined with restriction - enum { 'CANTILEVERS_TYPE_HORIZONTAL', 'CANTILEVERS_TYPE_OFFSET', 'CANTILEVERS_TYPE_PARALLEL', 'CANTILEVERS_TYPE_TAPER' }
      • rotation_specification_type - optional; type member_rotation_specification_type - type undefined with restriction - enum { 'COORDINATE_SYSTEM_ROTATION_VIA_ANGLE', 'COORDINATE_SYSTEM_ROTATION_VIA_HELP_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_INSIDE_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_SURFACE' }
      • rotation_angle - optional; type double
      • rotation_help_node - optional; type int
      • rotation_plane_type - optional; type member_rotation_plane_type - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
      • rotation_surface - optional; type int
      • rotation_surface_plane_type - optional; type member_rotation_surface_plane_type - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
      • is_rotated - optional; type boolean
      • member_hinge_start - optional; type int
      • member_hinge_end - optional; type int
      • member_eccentricity_start - optional; type int
      • member_eccentricity_end - optional; type int
      • support - optional; type int
      • member_transverse_stiffener - optional; type int
      • member_nonlinearity - optional; type int
      • member_result_intermediate_point - optional; type int
      • stress_analysis_configuration - optional; type int
      • aluminum_effective_lengths - optional; type int
      • aluminum_boundary_conditions - optional; type int
      • aluminum_member_local_section_reduction - optional; type int
      • aluminum_member_transverse_weld - optional; type int
      • aluminum_member_shear_panel - optional; type int
      • aluminum_member_rotational_restraint - optional; type int
      • member_aluminum_design_uls_configuration - optional; type int
      • member_aluminum_design_sls_configuration - optional; type int
      • concrete_effective_lengths - optional; type int
      • concrete_cover_user_defined_enabled - optional; type boolean
      • concrete_cover - optional; type double
      • concrete_cover_top - optional; type double
      • concrete_cover_left - optional; type double
      • concrete_cover_right - optional; type double
      • concrete_cover_bottom - optional; type double
      • concrete_cover_min - optional; type array_of_int
      • concrete_cover_min_top - optional; type array_of_int
      • concrete_cover_min_left - optional; type array_of_int
      • concrete_cover_min_right - optional; type array_of_int
      • concrete_cover_min_bottom - optional; type array_of_int
      • concrete_cover_different_at_section_sides_enabled - optional; type boolean
      • concrete_durability - optional; type int
      • concrete_durability_top - optional; type int
      • concrete_durability_left - optional; type int
      • concrete_durability_right - optional; type int
      • concrete_durability_bottom - optional; type int
      • concrete_shear_reinforcement_spans - optional; type array_of_member_concrete_shear_reinforcement_spans
        • member_concrete_shear_reinforcement_spans - optional, unbounded; type member_concrete_shear_reinforcement_spans
          • no - optional; type int
          • name - optional; type string
          • stirrup_type - optional; type stirrup_type - type undefined with restriction - enum { 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_FOUR_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_THREE_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_TWO_LEGGED_OPEN', 'STIRRUP_TYPE_TWO_LEGGED_OVERLAP_HOOK_180' }
          • material - optional; type int
          • stirrup_count - optional; type int
          • stirrup_diameter - optional; type double
          • stirrup_distances - optional; type double
          • reinforcement_area - optional; type double
          • span_position_reference_type - optional; type span_position_reference_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_INTERNAL_NODE', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_END', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_START' }
          • span_position_reference_internal_node - optional; type int
          • span_position_reference_x_location_relative - optional; type double
          • span_position_reference_x_location_absolute - optional; type double
          • span_position_definition_format_type - optional; type span_position_definition_format_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_ABSOLUTE', 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_RELATIVE' }
          • span_start_relative - optional; type double
          • span_start_absolute - optional; type double
          • span_end_relative - optional; type double
          • span_end_absolute - optional; type double
          • span_length - optional; type double
          • stirrup_layout_rule_type - optional; type stirrup_layout_rule_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_END', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED' }
          • stirrup_start_offset - optional; type double
          • stirrup_end_offset - optional; type double
          • one_stirrup_length - optional; type double
          • minimal_and_maximal_stirrup_length - optional; type string
          • length - optional; type double
          • one_stirrup_weight - optional; type double
          • minimal_and_maximal_stirrup_weight - optional; type string
          • weight - optional; type double
      • concrete_longitudinal_reinforcement_items - optional; type array_of_member_concrete_longitudinal_reinforcement_items
        • member_concrete_longitudinal_reinforcement_items - optional, unbounded; type member_concrete_longitudinal_reinforcement_items
          • no - optional; type int
          • name - optional; type string
          • rebar_type - optional; type rebar_type - type undefined with restriction - enum { 'REBAR_TYPE_LINE', 'REBAR_TYPE_SINGLE', 'REBAR_TYPE_SYMMETRICAL', 'REBAR_TYPE_UNIFORMLY_SURROUNDING', 'REBAR_TYPE_UNSYMMETRICAL' }
          • material - optional; type int
          • reinforcement_placed_in_bending_corner_enabled - optional; type boolean
          • bar_count_symmetrical - optional; type int
          • bar_count_unsymmetrical_at_side - optional; type int
          • bar_count_unsymmetrical_top_side - optional; type int
          • bar_count_unsymmetrical_bottom_side - optional; type int
          • bar_count_uniformly_surrounding - optional; type int
          • bar_count_line - optional; type int
          • bar_count_corner - optional; type int
          • bar_diameter_symmetrical - optional; type double
          • bar_diameter_unsymmetrical_at_side - optional; type double
          • bar_diameter_unsymmetrical_top_side - optional; type double
          • bar_diameter_unsymmetrical_bottom_side - optional; type double
          • bar_diameter_uniformly_surrounding - optional; type double
          • bar_diameter_line - optional; type double
          • bar_diameter_single - optional; type double
          • bar_diameter_corner - optional; type double
          • corner_reinforcement_enabled - optional; type boolean
          • reinforcement_area_symmetrical - optional; type double
          • reinforcement_area_unsymmetrical_at_side - optional; type double
          • reinforcement_area_unsymmetrical_top_side - optional; type double
          • reinforcement_area_unsymmetrical_bottom_side - optional; type double
          • reinforcement_area_uniformly_surrounding - optional; type double
          • reinforcement_area_line - optional; type double
          • reinforcement_area_single - optional; type double
          • reinforcement_area_corner - optional; type double
          • reinforcement_area_total - optional; type double
          • span_position_reference_internal_node - optional; type int
          • span_position_reference_x_location_relative - optional; type double
          • span_position_reference_x_location_absolute - optional; type double
          • span_start_relative - optional; type double
          • span_start_absolute - optional; type double
          • span_end_relative - optional; type double
          • span_end_absolute - optional; type double
          • span_length - optional; type double
          • additional_offset_type - optional; type additional_offset_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_CONCRETE_COVER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_SECTION_SURFACE', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_STIRRUP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_NONE' }
          • additional_offset_top_side - optional; type double
          • additional_offset_bottom_side - optional; type double
          • additional_offset_left_side - optional; type double
          • additional_offset_right_side - optional; type double
          • additional_offset_reference_type - optional; type additional_offset_reference_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
          • additional_offset_reference_type_at_start_type - optional; type additional_offset_reference_type_at_start_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
          • additional_offset_reference_type_at_end_type - optional; type additional_offset_reference_type_at_end_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
          • additional_horizontal_offset - optional; type double
          • additional_horizontal_offset_at_start - optional; type double
          • additional_horizontal_offset_at_end - optional; type double
          • additional_vertical_offset - optional; type double
          • additional_vertical_offset_at_start - optional; type double
          • additional_vertical_offset_at_end - optional; type double
          • anchorage_start_anchor_type - optional; type anchorage_start_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
          • anchorage_start_anchor_length - optional; type double
          • anchorage_start_bending_diameter - optional; type double
          • anchorage_end_anchor_type - optional; type anchorage_end_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
          • anchorage_end_anchor_length - optional; type double
          • anchorage_end_bending_diameter - optional; type double
          • one_rebar_length - optional; type double
          • one_rebar_minimal_and_maximal_length - optional; type string
          • one_rebar_unsymmetrical_at_side_length - optional; type double
          • one_rebar_unsymmetrical_at_side_minimal_and_maximal_length - optional; type string
          • one_rebar_unsymmetrical_top_side_length - optional; type double
          • one_rebar_unsymmetrical_top_side_minimal_and_maximal_length - optional; type string
          • one_rebar_unsymmetrical_bottom_side_length - optional; type double
          • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_length - optional; type string
          • one_rebar_corner_length - optional; type double
          • one_rebar_corner_minimal_and_maximal_length - optional; type string
          • length - optional; type double
          • one_rebar_weight - optional; type double
          • one_rebar_minimal_and_maximal_weight - optional; type string
          • one_rebar_unsymmetrical_at_side_weight - optional; type double
          • one_rebar_unsymmetrical_at_side_minimal_and_maximal_weight - optional; type string
          • one_rebar_unsymmetrical_top_side_weight - optional; type double
          • one_rebar_unsymmetrical_top_side_minimal_and_maximal_weight - optional; type string
          • one_rebar_unsymmetrical_bottom_side_weight - optional; type double
          • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_weight - optional; type string
          • one_rebar_corner_weight - optional; type double
          • one_rebar_corner_minimal_and_maximal_weight - optional; type string
          • weight - optional; type double
      • member_concrete_design_uls_configuration - optional; type int
      • member_concrete_design_sls_configuration - optional; type int
      • member_concrete_design_fr_configuration - optional; type int
      • steel_effective_lengths - optional; type int
      • steel_boundary_conditions - optional; type int
      • steel_member_local_section_reduction - optional; type int
      • steel_member_transverse_weld - optional; type int
      • steel_member_shear_panel - optional; type int
      • steel_member_rotational_restraint - optional; type int
      • member_steel_design_uls_configuration - optional; type int
      • member_steel_design_sls_configuration - optional; type int
      • member_steel_design_fr_configuration - optional; type int
      • timber_effective_lengths - optional; type int
      • timber_service_class - optional; type int
      • timber_moisture_class - optional; type int
      • timber_service_conditions - optional; type int
      • timber_member_local_section_reduction - optional; type int
      • timber_member_shear_panel - optional; type int
      • timber_member_rotational_restraint - optional; type int
      • member_timber_design_uls_configuration - optional; type int
      • member_timber_design_sls_configuration - optional; type int
      • member_timber_design_fr_configuration - optional; type int
      • end_modifications_member_start_extension - optional; type double
      • end_modifications_member_start_slope_y - optional; type double
      • end_modifications_member_start_slope_z - optional; type double
      • end_modifications_member_end_extension - optional; type double
      • end_modifications_member_end_slope_y - optional; type double
      • end_modifications_member_end_slope_z - optional; type double
      • has_any_end_modifications - optional; type boolean
      • deflection_check_direction - optional; type member_deflection_check_direction - type undefined with restriction - enum { 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Y', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z_AND_Y', 'DEFLECTION_CHECK_DIRECTION_RESULTING_AXIS' }
      • deflection_check_beam_type - optional; type member_deflection_check_beam_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_BEAM_TYPE_DOUBLE_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_END_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_START_SUPPORTED' }
      • deflection_check_displacement_reference - optional; type member_deflection_check_displacement_reference - type undefined with restriction - enum { 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_SET_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_UNDEFORMED_SYSTEM' }
      • deflection_check_reference_length_y - optional; type double
      • deflection_check_reference_length_y_list - optional; type array_of_int
      • deflection_check_reference_length_y_is_variable - optional; type boolean
      • deflection_check_reference_length_y_definition_type - optional; type member_deflection_check_reference_length_y_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
      • deflection_check_reference_length_z - optional; type double
      • deflection_check_reference_length_z_list - optional; type array_of_int
      • deflection_check_reference_length_z_is_variable - optional; type boolean
      • deflection_check_reference_length_z_definition_type - optional; type member_deflection_check_reference_length_z_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
      • deflection_check_precamber_enabled - optional; type boolean
      • deflection_check_precamber_wcy - optional; type double
      • deflection_check_precamber_wcz - optional; type double
      • design_support_on_member_start - optional; type int
      • design_support_on_member_end - optional; type int
      • design_supports_on_internal_nodes - optional; type array_of_member_design_supports_on_internal_nodes
        • member_design_supports_on_internal_nodes - optional, unbounded; type member_design_supports_on_internal_nodes
          • no - optional; type int
          • node - optional; type int
          • design_support - optional; type int
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
50. get_member_definable_stiffness
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_definable_stiffness
    Input:
    get_member_definable_stiffness_request (soap:body, use = literal)Source code
    parameters type get_member_definable_stiffness

    • no type int
    Output:
    get_member_definable_stiffness_response (soap:body, use = literal)Source code
    parameters type get_member_definable_stiffnessResponse

    • value type member_definable_stiffness
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • assigned_to - optional; type array_of_int
      • torsional_stiffness - optional; type double
      • bending_stiffness_y - optional; type double
      • bending_stiffness_z - optional; type double
      • axial_stiffness - optional; type double
      • shear_stiffness_y - optional; type double
      • shear_stiffness_z - optional; type double
      • specific_weight - optional; type double
      • section_area - optional; type double
      • rotation - optional; type double
      • thermal_expansion_alpha - optional; type double
      • thermal_expansion_width - optional; type double
      • thermal_expansion_height - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
51. get_member_eccentricity
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_eccentricity
    Input:
    get_member_eccentricity_request (soap:body, use = literal)Source code
    parameters type get_member_eccentricity

    • no type int
    Output:
    get_member_eccentricity_response (soap:body, use = literal)Source code
    parameters type get_member_eccentricityResponse

    • value type member_eccentricity
      • no type int
      • axial_offset_active - optional; type boolean
      • comment - optional; type string
      • coordinate_system - optional; type string
      • generating_object_info - optional; type string
      • hinge_location_at_node - optional; type boolean
      • horizontal_section_alignment - optional; type member_eccentricity_horizontal_section_alignment - type undefined with restriction - enum { 'ALIGN_LEFT', 'ALIGN_MIDDLE', 'ALIGN_RIGHT' }
      • is_generated - optional; type boolean
      • name - optional; type string
      • offset - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • offset_x - optional; type double
      • offset_y - optional; type double
      • offset_z - optional; type double
      • specification_type - optional; type member_eccentricity_specification_type - type undefined with restriction - enum { 'TYPE_ABSOLUTE', 'TYPE_RELATIVE', 'TYPE_RELATIVE_AND_ABSOLUTE' }
      • transverse_offset_horizontal_alignment - optional; type member_eccentricity_transverse_offset_horizontal_alignment - type undefined with restriction - enum { 'ALIGN_LEFT', 'ALIGN_MIDDLE', 'ALIGN_RIGHT' }
      • transverse_offset_member_reference_node - optional; type int
      • transverse_offset_reference_member - optional; type int
      • transverse_offset_reference_surface - optional; type int
      • transverse_offset_reference_type - optional; type member_eccentricity_transverse_offset_reference_type - type undefined with restriction - enum { 'TRANSVERSE_OFFSET_TYPE_FROM_MEMBER_SECTION', 'TRANSVERSE_OFFSET_TYPE_FROM_SURFACE_THICKNESS', 'TRANSVERSE_OFFSET_TYPE_NONE' }
      • transverse_offset_surface_reference_node - optional; type int
      • transverse_offset_vertical_alignment - optional; type member_eccentricity_transverse_offset_vertical_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_TOP' }
      • user_defined_name_enabled - optional; type boolean
      • vertical_section_alignment - optional; type member_eccentricity_vertical_section_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_TOP' }
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
52. get_member_hinge
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_hinge
    Input:
    get_member_hinge_request (soap:body, use = literal)Source code
    parameters type get_member_hinge

    • no type int
    Output:
    get_member_hinge_response (soap:body, use = literal)Source code
    parameters type get_member_hingeResponse

    • value type member_hinge
      • no type int
      • axial_release_n - optional; type double
      • axial_release_n_nonlinearity - optional; type member_hinge_axial_release_n_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • axial_release_vy - optional; type double
      • axial_release_vy_nonlinearity - optional; type member_hinge_axial_release_vy_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • axial_release_vz - optional; type double
      • axial_release_vz_nonlinearity - optional; type member_hinge_axial_release_vz_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • comment - optional; type string
      • coordinate_system - optional; type string
      • diagram_along_x_end - optional; type member_hinge_diagram_along_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_x_is_sorted - optional; type boolean
      • diagram_along_x_start - optional; type member_hinge_diagram_along_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_x_symmetric - optional; type boolean
      • diagram_along_x_table - optional; type array_of_member_hinge_diagram_along_x_table
        • member_hinge_diagram_along_x_table - optional, unbounded; type member_hinge_diagram_along_x_table
          • no - optional; type int
          • displacement - optional; type double
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_along_y_end - optional; type member_hinge_diagram_along_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_y_is_sorted - optional; type boolean
      • diagram_along_y_start - optional; type member_hinge_diagram_along_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_y_symmetric - optional; type boolean
      • diagram_along_y_table - optional; type array_of_member_hinge_diagram_along_y_table
        • member_hinge_diagram_along_y_table - optional, unbounded; type member_hinge_diagram_along_y_table
          • no - optional; type int
          • displacement - optional; type double
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_along_z_end - optional; type member_hinge_diagram_along_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_z_is_sorted - optional; type boolean
      • diagram_along_z_start - optional; type member_hinge_diagram_along_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_z_symmetric - optional; type boolean
      • diagram_along_z_table - optional; type array_of_member_hinge_diagram_along_z_table
        • member_hinge_diagram_along_z_table - optional, unbounded; type member_hinge_diagram_along_z_table
          • no - optional; type int
          • displacement - optional; type double
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_around_x_end - optional; type member_hinge_diagram_around_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_x_is_sorted - optional; type boolean
      • diagram_around_x_start - optional; type member_hinge_diagram_around_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_x_symmetric - optional; type boolean
      • diagram_around_x_table - optional; type array_of_member_hinge_diagram_around_x_table
        • member_hinge_diagram_around_x_table - optional, unbounded; type member_hinge_diagram_around_x_table
          • no - optional; type int
          • rotation - optional; type double
          • moment - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_around_y_end - optional; type member_hinge_diagram_around_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_y_is_sorted - optional; type boolean
      • diagram_around_y_start - optional; type member_hinge_diagram_around_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_y_symmetric - optional; type boolean
      • diagram_around_y_table - optional; type array_of_member_hinge_diagram_around_y_table
        • member_hinge_diagram_around_y_table - optional, unbounded; type member_hinge_diagram_around_y_table
          • no - optional; type int
          • rotation - optional; type double
          • moment - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_around_z_end - optional; type member_hinge_diagram_around_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_z_is_sorted - optional; type boolean
      • diagram_around_z_start - optional; type member_hinge_diagram_around_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_z_symmetric - optional; type boolean
      • diagram_around_z_table - optional; type array_of_member_hinge_diagram_around_z_table
        • member_hinge_diagram_around_z_table - optional, unbounded; type member_hinge_diagram_around_z_table
          • no - optional; type int
          • rotation - optional; type double
          • moment - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • friction_coefficient_x - optional; type double
      • friction_coefficient_xy - optional; type double
      • friction_coefficient_xz - optional; type double
      • friction_coefficient_y - optional; type double
      • friction_coefficient_yx - optional; type double
      • friction_coefficient_yz - optional; type double
      • friction_coefficient_z - optional; type double
      • friction_coefficient_zx - optional; type double
      • friction_coefficient_zy - optional; type double
      • friction_direction_independent_x - optional; type boolean
      • friction_direction_independent_y - optional; type boolean
      • friction_direction_independent_z - optional; type boolean
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • members - optional; type string
      • moment_release_mt - optional; type double
      • moment_release_mt_nonlinearity - optional; type member_hinge_moment_release_mt_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • moment_release_my - optional; type double
      • moment_release_my_nonlinearity - optional; type member_hinge_moment_release_my_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • moment_release_mz - optional; type double
      • moment_release_mz_nonlinearity - optional; type member_hinge_moment_release_mz_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • name - optional; type string
      • partial_activity_along_x_negative_displacement - optional; type double
      • partial_activity_along_x_negative_force - optional; type double
      • partial_activity_along_x_negative_slippage - optional; type double
      • partial_activity_along_x_negative_type - optional; type member_hinge_partial_activity_along_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_x_positive_displacement - optional; type double
      • partial_activity_along_x_positive_force - optional; type double
      • partial_activity_along_x_positive_slippage - optional; type double
      • partial_activity_along_x_positive_type - optional; type member_hinge_partial_activity_along_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_y_negative_displacement - optional; type double
      • partial_activity_along_y_negative_force - optional; type double
      • partial_activity_along_y_negative_slippage - optional; type double
      • partial_activity_along_y_negative_type - optional; type member_hinge_partial_activity_along_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_y_positive_displacement - optional; type double
      • partial_activity_along_y_positive_force - optional; type double
      • partial_activity_along_y_positive_slippage - optional; type double
      • partial_activity_along_y_positive_type - optional; type member_hinge_partial_activity_along_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_z_negative_displacement - optional; type double
      • partial_activity_along_z_negative_force - optional; type double
      • partial_activity_along_z_negative_slippage - optional; type double
      • partial_activity_along_z_negative_type - optional; type member_hinge_partial_activity_along_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_z_positive_displacement - optional; type double
      • partial_activity_along_z_positive_force - optional; type double
      • partial_activity_along_z_positive_slippage - optional; type double
      • partial_activity_along_z_positive_type - optional; type member_hinge_partial_activity_along_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_x_negative_moment - optional; type double
      • partial_activity_around_x_negative_rotation - optional; type double
      • partial_activity_around_x_negative_slippage - optional; type double
      • partial_activity_around_x_negative_type - optional; type member_hinge_partial_activity_around_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_x_positive_moment - optional; type double
      • partial_activity_around_x_positive_rotation - optional; type double
      • partial_activity_around_x_positive_slippage - optional; type double
      • partial_activity_around_x_positive_type - optional; type member_hinge_partial_activity_around_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_y_negative_moment - optional; type double
      • partial_activity_around_y_negative_rotation - optional; type double
      • partial_activity_around_y_negative_slippage - optional; type double
      • partial_activity_around_y_negative_type - optional; type member_hinge_partial_activity_around_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_y_positive_moment - optional; type double
      • partial_activity_around_y_positive_rotation - optional; type double
      • partial_activity_around_y_positive_slippage - optional; type double
      • partial_activity_around_y_positive_type - optional; type member_hinge_partial_activity_around_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_z_negative_moment - optional; type double
      • partial_activity_around_z_negative_rotation - optional; type double
      • partial_activity_around_z_negative_slippage - optional; type double
      • partial_activity_around_z_negative_type - optional; type member_hinge_partial_activity_around_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_z_positive_moment - optional; type double
      • partial_activity_around_z_positive_rotation - optional; type double
      • partial_activity_around_z_positive_slippage - optional; type double
      • partial_activity_around_z_positive_type - optional; type member_hinge_partial_activity_around_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
53. get_member_imperfection
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_imperfection
    Input:
    get_member_imperfection_request (soap:body, use = literal)Source code
    parameters type get_member_imperfection

    • no type int
    • imperfection_case_no type int
    Output:
    get_member_imperfection_response (soap:body, use = literal)Source code
    parameters type get_member_imperfectionResponse

    • value type member_imperfection
      • no type int
      • imperfection_type - optional; type member_imperfection_imperfection_type - type undefined with restriction - enum { 'IMPERFECTION_TYPE_INITIAL_BOW', 'IMPERFECTION_TYPE_INITIAL_BOW_AND_CRITERION', 'IMPERFECTION_TYPE_INITIAL_SWAY' }
      • members - optional; type array_of_int
      • imperfection_case - optional; type int
      • definition_type - optional; type member_imperfection_definition_type - type undefined with restriction - enum { 'DEFINITION_TYPE_ABSOLUTE', 'DEFINITION_TYPE_ANSI_CURRENT', 'DEFINITION_TYPE_ANSI_GRAVITY_LOAD', 'DEFINITION_TYPE_EN_1993_1_1', 'DEFINITION_TYPE_EN_1999_1_1', 'DEFINITION_TYPE_EUROCODE', 'DEFINITION_TYPE_NOTIONAL_LOAD', 'DEFINITION_TYPE_RELATIVE' }
      • coordinate_system - optional; type string
      • imperfection_direction - optional; type member_imperfection_imperfection_direction - type undefined with restriction - enum { 'IMPERFECTION_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'IMPERFECTION_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'IMPERFECTION_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'IMPERFECTION_DIRECTION_LOCAL_Y', 'IMPERFECTION_DIRECTION_LOCAL_Y_NEGATIVE', 'IMPERFECTION_DIRECTION_LOCAL_Z', 'IMPERFECTION_DIRECTION_LOCAL_Z_NEGATIVE', 'IMPERFECTION_DIRECTION_PRINCIPAL_U', 'IMPERFECTION_DIRECTION_PRINCIPAL_U_NEGATIVE', 'IMPERFECTION_DIRECTION_PRINCIPAL_V', 'IMPERFECTION_DIRECTION_PRINCIPAL_V_NEGATIVE' }
      • basic_value_absolute - optional; type double
      • basic_value_coefficient - optional; type double
      • basic_value_relative - optional; type double
      • basic_value_force - optional; type double
      • section_design - optional; type member_imperfection_section_design - type undefined with restriction - enum { 'SECTION_DESIGN_ELASTIC', 'SECTION_DESIGN_PLASTIC' }
      • active_criterion - optional; type member_imperfection_active_criterion - type undefined with restriction - enum { 'ACTIVITY_CRITERION_ALWAYS', 'ACTIVITY_CRITERION_DEFINE', 'ACTIVITY_CRITERION_DIN_18800', 'ACTIVITY_CRITERION_EN_1993', 'ACTIVITY_CRITERION_EN_1999' }
      • active_bow - optional; type double
      • standard_factor_enumeration - optional; type member_imperfection_standard_factor_enumeration - type undefined with restriction - enum { 'STANDARD_FACTOR_ASD', 'STANDARD_FACTOR_LRFD' }
      • standard_factor_number - optional; type double
      • height - optional; type double
      • column_in_row - optional; type int
      • case_object - optional; type int
      • reduction_factor_h - optional; type double
      • reduction_factor_m - optional; type double
      • initial_sway - optional; type double
      • initial_sway_inverted - optional; type double
      • parameters - optional; type array_of_int
      • reference_to_list_of_members - optional; type boolean
      • refer_distance_from_objects_to_assign - optional; type boolean
      • imperfection_over_total_length_of_objects_to_assign - optional; type boolean
      • distance_a_is_defined_as_relative - optional; type boolean
      • distance_b_is_defined_as_relative - optional; type boolean
      • distance_a_relative - optional; type double
      • distance_b_relative - optional; type double
      • distance_a_absolute - optional; type double
      • distance_b_absolute - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
54. get_member_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_load
    Input:
    get_member_load_request (soap:body, use = literal)Source code
    parameters type get_member_load

    • no type int
    • load_case_no type int
    Output:
    get_member_load_response (soap:body, use = literal)Source code
    parameters type get_member_loadResponse

    • value type member_load
      • no type int
      • advanced_mass_options - optional; type boolean
      • angular_acceleration - optional; type double
      • angular_velocity - optional; type double
      • axis_definition_axis - optional; type member_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • axis_definition_axis_orientation - optional; type member_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
      • axis_definition_p1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p1_x - optional; type double
      • axis_definition_p1_y - optional; type double
      • axis_definition_p1_z - optional; type double
      • axis_definition_p2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p2_x - optional; type double
      • axis_definition_p2_y - optional; type double
      • axis_definition_p2_z - optional; type double
      • axis_definition_type - optional; type member_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
      • comment - optional; type string
      • coordinate_system - optional; type string
      • count_n - optional; type int
      • distance_a_absolute - optional; type double
      • distance_a_is_defined_as_relative - optional; type boolean
      • distance_a_relative - optional; type double
      • distance_b_absolute - optional; type double
      • distance_b_is_defined_as_relative - optional; type boolean
      • distance_b_relative - optional; type double
      • distance_c_absolute - optional; type double
      • distance_c_is_defined_as_relative - optional; type boolean
      • distance_c_relative - optional; type double
      • distance_from_member_end - optional; type boolean
      • eccentricity_horizontal_alignment - optional; type member_load_eccentricity_horizontal_alignment - type undefined with restriction - enum { 'ALIGN_LEFT', 'ALIGN_MIDDLE', 'ALIGN_NONE', 'ALIGN_RIGHT' }
      • eccentricity_vertical_alignment - optional; type member_load_eccentricity_vertical_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_NONE', 'ALIGN_TOP' }
      • eccentricity_section_middle - optional; type member_load_eccentricity_section_middle - type undefined with restriction - enum { 'LOAD_ECCENTRICITY_SECTION_MIDDLE_CENTER_OF_GRAVITY', 'LOAD_ECCENTRICITY_SECTION_MIDDLE_NONE', 'LOAD_ECCENTRICITY_SECTION_MIDDLE_SHEAR_CENTER' }
      • is_eccentricity_at_end_different_from_start - optional; type boolean
      • eccentricity_y_at_end - optional; type double
      • eccentricity_y_at_start - optional; type double
      • eccentricity_z_at_end - optional; type double
      • eccentricity_z_at_start - optional; type double
      • filling_height - optional; type double
      • form_finding_definition_type - optional; type member_load_form_finding_definition_type - type undefined with restriction - enum { 'FORM_FINDING_TYPE_FORCE', 'FORM_FINDING_TYPE_GEOMETRIC' }
      • form_finding_force_definition - optional; type member_load_form_finding_force_definition - type undefined with restriction - enum { 'FORM_FINDING_FORCE_INPUT_PARAMETER_AVERAGE', 'FORM_FINDING_FORCE_INPUT_PARAMETER_DENSITY', 'FORM_FINDING_FORCE_INPUT_PARAMETER_HORIZONTAL_TENSION_COMPONENT', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MAXIMUM_FORCE_IN_MEMBER', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMAL_TENSION_AT_I_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMAL_TENSION_AT_J_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMUM_FORCE_IN_MEMBER', 'FORM_FINDING_FORCE_INPUT_PARAMETER_TENSION_AT_I_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_TENSION_AT_J_END' }
      • form_finding_geometry_definition - optional; type member_load_form_finding_geometry_definition - type undefined with restriction - enum { 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_LENGTH', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_LOW_POINT_VERTICAL_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_MAXIMUM_VERTICAL_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_UNSTRESSED_LENGTH' }
      • form_finding_internal_force - optional; type member_load_form_finding_internal_force - type undefined with restriction - enum { 'FORM_FINDING_INTERNAL_FORCE_COMPRESSION', 'FORM_FINDING_INTERNAL_FORCE_TENSION' }
      • form_finding_magnitude_absolute - optional; type double
      • form_finding_magnitude_is_defined_as_relative - optional; type boolean
      • form_finding_magnitude_relative - optional; type double
      • generating_object_info - optional; type string
      • has_force_eccentricity - optional; type boolean
      • is_generated - optional; type boolean
      • load_case - optional; type int
      • load_direction - optional; type member_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_PRINCIPAL_U', 'LOAD_DIRECTION_PRINCIPAL_V' }
      • load_direction_orientation - optional; type member_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
      • load_distribution - optional; type member_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_CONCENTRATED_1', 'LOAD_DISTRIBUTION_CONCENTRATED_2', 'LOAD_DISTRIBUTION_CONCENTRATED_2x2', 'LOAD_DISTRIBUTION_CONCENTRATED_N', 'LOAD_DISTRIBUTION_CONCENTRATED_VARYING', 'LOAD_DISTRIBUTION_PARABOLIC', 'LOAD_DISTRIBUTION_TAPERED', 'LOAD_DISTRIBUTION_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_UNIFORM_TOTAL', 'LOAD_DISTRIBUTION_VARYING', 'LOAD_DISTRIBUTION_VARYING_IN_Z' }
      • load_is_over_total_length - optional; type boolean
      • load_type - optional; type member_load_load_type - type undefined with restriction - enum { 'E_TYPE_MASS', 'LOAD_TYPE_AXIAL_DISPLACEMENT', 'LOAD_TYPE_AXIAL_STRAIN', 'LOAD_TYPE_DISPLACEMENT', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_FORM_FINDING', 'LOAD_TYPE_INITIAL_PRESTRESS', 'LOAD_TYPE_MOMENT', 'LOAD_TYPE_PIPE_CONTENT_FULL', 'LOAD_TYPE_PIPE_CONTENT_PARTIAL', 'LOAD_TYPE_PIPE_INTERNAL_PRESSURE', 'LOAD_TYPE_PRECAMBER', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_ROTATION', 'LOAD_TYPE_TEMPERATURE', 'LOAD_TYPE_TEMPERATURE_CHANGE' }
      • magnitude - optional; type double
      • magnitude_1 - optional; type double
      • magnitude_2 - optional; type double
      • magnitude_3 - optional; type double
      • magnitude_delta_t - optional; type double
      • magnitude_delta_t_1 - optional; type double
      • magnitude_delta_t_2 - optional; type double
      • magnitude_delta_t_3 - optional; type double
      • magnitude_t_b - optional; type double
      • magnitude_t_b_1 - optional; type double
      • magnitude_t_b_2 - optional; type double
      • magnitude_t_b_3 - optional; type double
      • magnitude_t_c - optional; type double
      • magnitude_t_c_1 - optional; type double
      • magnitude_t_c_2 - optional; type double
      • magnitude_t_c_3 - optional; type double
      • magnitude_t_t - optional; type double
      • magnitude_t_t_1 - optional; type double
      • magnitude_t_t_2 - optional; type double
      • magnitude_t_t_3 - optional; type double
      • mass_global - optional; type double
      • mass_x - optional; type double
      • mass_y - optional; type double
      • mass_z - optional; type double
      • members - optional; type array_of_int
      • reference_to_list_of_members - optional; type boolean
      • varying_load_parameters - optional; type array_of_member_load_varying_load_parameters
        • member_load_varying_load_parameters - optional, unbounded; type member_load_varying_load_parameters
          • no - optional; type int
          • distance - optional; type double
          • delta_distance - optional; type double
          • magnitude - optional; type double
          • note - optional; type string
          • magnitude_t_c - optional; type double
          • magnitude_delta_t - optional; type double
          • magnitude_t_t - optional; type double
          • magnitude_t_b - optional; type double
      • varying_load_parameters_are_defined_as_relative - optional; type boolean
      • varying_load_parameters_sorted - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
55. get_member_nonlinearity
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_nonlinearity
    Input:
    get_member_nonlinearity_request (soap:body, use = literal)Source code
    parameters type get_member_nonlinearity

    • no type int
    Output:
    get_member_nonlinearity_response (soap:body, use = literal)Source code
    parameters type get_member_nonlinearityResponse

    • value type member_nonlinearity
      • no type int
      • type - optional; type member_nonlinearity_type - type undefined with restriction - enum { 'TYPE_FAILURE_IF_COMPRESSION', 'TYPE_FAILURE_IF_COMPRESSION_WITH_SLIPPAGE', 'TYPE_FAILURE_IF_TENSION', 'TYPE_FAILURE_IF_TENSION_WITH_SLIPPAGE', 'TYPE_PLASTIC_HINGE', 'TYPE_SLIPPAGE', 'TYPE_TEARING', 'TYPE_TEARING_IF_COMPRESSION', 'TYPE_TEARING_IF_TENSION', 'TYPE_YIELDING', 'TYPE_YIELDING_IF_COMPRESSION', 'TYPE_YIELDING_IF_TENSION' }
      • assigned_to - optional; type array_of_int
      • comment - optional; type string
      • compression_force - optional; type double
      • generating_object_info - optional; type string
      • internal_force_n - optional; type double
      • internal_force_vy - optional; type double
      • internal_force_vz - optional; type double
      • internal_moment_mt - optional; type double
      • internal_moment_my - optional; type double
      • internal_moment_mz - optional; type double
      • is_generated - optional; type boolean
      • name - optional; type string
      • slippage - optional; type double
      • tension_force - optional; type double
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
56. get_member_representative
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_representative
    Input:
    get_member_representative_request (soap:body, use = literal)Source code
    parameters type get_member_representative

    • no type int
    Output:
    get_member_representative_response (soap:body, use = literal)Source code
    parameters type get_member_representativeResponse

    • value type member_representative
      • no type int
      • type - optional; type member_representative_type - type undefined with restriction - enum { 'TYPE_BEAM', 'TYPE_BUCKLING', 'TYPE_CABLE', 'TYPE_COMPRESSION', 'TYPE_COUPLING_HINGE_HINGE', 'TYPE_COUPLING_HINGE_RIGID', 'TYPE_COUPLING_RIGID_HINGE', 'TYPE_COUPLING_RIGID_RIGID', 'TYPE_DEFINABLE_STIFFNESS', 'TYPE_RESULT_BEAM', 'TYPE_RIB', 'TYPE_RIGID', 'TYPE_TENSION', 'TYPE_TRUSS', 'TYPE_TRUSS_ONLY_N' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • comment - optional; type string
      • number_of_members - optional; type int
      • total_length - optional; type double
      • total_volume - optional; type double
      • total_mass - optional; type double
      • total_surface_of_coating - optional; type double
      • nodes_on_member_from_start - optional; type array_of_int
      • is_deactivated_for_calculation - optional; type boolean
      • line - optional; type int
      • section_distribution_type - optional; type member_representative_section_distribution_type - type undefined with restriction - enum { 'SECTION_DISTRIBUTION_TYPE_CURVED', 'SECTION_DISTRIBUTION_TYPE_LINEAR', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_BOTH_SIDES', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_END_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_START_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_SADDLE', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_BOTH_SIDES', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_END_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_START_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_UNIFORM' }
      • reference_type - optional; type member_representative_reference_type - type undefined with restriction - enum { 'REFERENCE_TYPE_L', 'REFERENCE_TYPE_XY', 'REFERENCE_TYPE_XZ', 'REFERENCE_TYPE_YZ' }
      • nodes - optional; type array_of_int
      • node_start - optional; type int
      • node_end - optional; type int
      • analytical_length - optional; type double
      • analytical_volume - optional; type double
      • analytical_mass - optional; type double
      • analytical_surface_of_coating - optional; type double
      • analytical_center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • analytical_center_of_gravity_x - optional; type double
      • analytical_center_of_gravity_y - optional; type double
      • analytical_center_of_gravity_z - optional; type double
      • length - optional; type double
      • volume - optional; type double
      • mass - optional; type double
      • surface_of_coating - optional; type double
      • center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_of_gravity_x - optional; type double
      • center_of_gravity_y - optional; type double
      • center_of_gravity_z - optional; type double
      • member_representative - optional; type int
      • design_properties_via_member - optional; type boolean
      • design_properties_via_parent_member_set - optional; type boolean
      • design_properties_parent_member_set - optional; type int
      • member_type_rib_alignment - optional; type member_representative_member_type_rib_alignment - type undefined with restriction - enum { 'ALIGNMENT_CENTRIC', 'ALIGNMENT_ON_Z_SIDE_NEGATIVE', 'ALIGNMENT_ON_Z_SIDE_POSITIVE', 'ALIGNMENT_USER_DEFINED_VIA_MEMBER_ECCENTRICITY' }
      • member_rib_first_surface - optional; type int
      • member_rib_second_surface - optional; type int
      • member_rib_surface_assignment_autodetect - optional; type boolean
      • align_local_z_axis_to_local_z_axis_of_surface - optional; type boolean
      • result_beam_integrate_stresses_and_forces - optional; type member_representative_result_beam_integrate_stresses_and_forces - type undefined with restriction - enum { 'INTEGRATE_FROM_LISTED_OBJECT', 'INTEGRATE_WITHIN_CUBOID_GENERAL', 'INTEGRATE_WITHIN_CUBOID_QUADRATIC', 'INTEGRATE_WITHIN_CYLINDER' }
      • flange_dimensions - optional; type array_of_member_representative_flange_dimensions
        • member_representative_flange_dimensions - optional, unbounded; type member_representative_flange_dimensions
          • no - optional; type int
          • end_ordinate - optional; type double
          • length - optional; type double
          • reference_length_definition_type - optional; type reference_length_definition_type - type undefined with restriction - enum { 'REFERENCE_LENGTH_TYPE_MEMBER_LENGTH', 'REFERENCE_LENGTH_TYPE_SEGMENT_LENGTH', 'REFERENCE_LENGTH_TYPE_USER_DEFINED' }
          • reference_length - optional; type double
          • reference_length_width_type - optional; type reference_length_width_type - type undefined with restriction - enum { 'REFERENCE_LENGTH_WIDTH_EC2', 'REFERENCE_LENGTH_WIDTH_EIGHTH', 'REFERENCE_LENGTH_WIDTH_NONE', 'REFERENCE_LENGTH_WIDTH_SIXTH' }
          • width_minus_y_integrative - optional; type double
          • width_minus_y_effictive - optional; type double
          • width_minus_y_maximal - optional; type double
          • width_plus_y_integrative - optional; type double
          • width_plus_y_effictive - optional; type double
          • width_plus_y_maximal - optional; type double
          • distribution_linear - optional; type boolean
      • synchronize_width_mode - optional; type boolean
      • relative_ordinates_mode - optional; type boolean
      • member_type_definable_stiffness - optional; type int
      • result_beam_y_z - optional; type double
      • result_beam_y_plus - optional; type double
      • result_beam_z_plus - optional; type double
      • result_beam_y_minus - optional; type double
      • result_beam_z_minus - optional; type double
      • result_beam_radius - optional; type double
      • result_beam_include_surfaces - optional; type array_of_int
      • result_beam_include_all_surfaces - optional; type boolean
      • result_beam_include_solids - optional; type array_of_int
      • result_beam_include_all_solids - optional; type boolean
      • result_beam_include_members - optional; type array_of_int
      • result_beam_include_all_members - optional; type boolean
      • result_beam_exclude_surfaces - optional; type array_of_int
      • result_beam_exclude_solids - optional; type array_of_int
      • result_beam_exluce_members - optional; type array_of_int
      • projected_length - optional; type double
      • section_distance_from_start_is_defined_as_relative - optional; type boolean
      • section_distance_from_start_absolute - optional; type double
      • section_distance_from_start_relative - optional; type double
      • section_distance_from_end_is_defined_as_relative - optional; type boolean
      • section_distance_from_end_absolute - optional; type double
      • section_distance_from_end_relative - optional; type double
      • section_alignment - optional; type member_representative_section_alignment - type undefined with restriction - enum { 'SECTION_ALIGNMENT_BOTTOM', 'SECTION_ALIGNMENT_CENTRIC', 'SECTION_ALIGNMENT_TOP' }
      • curved_member_is_asymmetric_layout - optional; type boolean
      • curved_member_is_cantilevers - optional; type boolean
      • curved_member_cantilevers_type - optional; type member_representative_curved_member_cantilevers_type - type undefined with restriction - enum { 'CANTILEVERS_TYPE_HORIZONTAL', 'CANTILEVERS_TYPE_OFFSET', 'CANTILEVERS_TYPE_PARALLEL', 'CANTILEVERS_TYPE_TAPER' }
      • rotation_specification_type - optional; type member_representative_rotation_specification_type - type undefined with restriction - enum { 'COORDINATE_SYSTEM_ROTATION_VIA_ANGLE', 'COORDINATE_SYSTEM_ROTATION_VIA_HELP_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_INSIDE_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_SURFACE' }
      • rotation_angle - optional; type double
      • rotation_help_node - optional; type int
      • rotation_plane_type - optional; type member_representative_rotation_plane_type - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
      • rotation_surface - optional; type int
      • rotation_surface_plane_type - optional; type member_representative_rotation_surface_plane_type - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
      • is_rotated - optional; type boolean
      • section_start - optional; type int
      • section_end - optional; type int
      • section_internal - optional; type int
      • section_material - optional; type int
      • members - optional; type array_of_int
      • member_hinge_start - optional; type int
      • member_hinge_end - optional; type int
      • member_eccentricity_start - optional; type int
      • member_eccentricity_end - optional; type int
      • support - optional; type int
      • member_transverse_stiffener - optional; type int
      • member_nonlinearity - optional; type int
      • member_result_intermediate_point - optional; type int
      • concrete_effective_lengths - optional; type int
      • steel_effective_lengths - optional; type int
      • timber_effective_lengths - optional; type int
      • aluminum_effective_lengths - optional; type int
      • concrete_shear_reinforcement_spans - optional; type array_of_member_representative_concrete_shear_reinforcement_spans
        • member_representative_concrete_shear_reinforcement_spans - optional, unbounded; type member_representative_concrete_shear_reinforcement_spans
          • no - optional; type int
          • name - optional; type string
          • stirrup_type - optional; type stirrup_type - type undefined with restriction - enum { 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_FOUR_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_THREE_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_TWO_LEGGED_OPEN', 'STIRRUP_TYPE_TWO_LEGGED_OVERLAP_HOOK_180' }
          • material - optional; type int
          • stirrup_count - optional; type int
          • stirrup_diameter - optional; type double
          • stirrup_distances - optional; type double
          • reinforcement_area - optional; type double
          • span_position_reference_type - optional; type span_position_reference_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_INTERNAL_NODE', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_END', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_START' }
          • span_position_reference_internal_node - optional; type int
          • span_position_reference_x_location_relative - optional; type double
          • span_position_reference_x_location_absolute - optional; type double
          • span_position_definition_format_type - optional; type span_position_definition_format_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_ABSOLUTE', 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_RELATIVE' }
          • span_start_relative - optional; type double
          • span_start_absolute - optional; type double
          • span_end_relative - optional; type double
          • span_end_absolute - optional; type double
          • span_length - optional; type double
          • stirrup_layout_rule_type - optional; type stirrup_layout_rule_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_END', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED' }
          • stirrup_start_offset - optional; type double
          • stirrup_end_offset - optional; type double
          • one_stirrup_length - optional; type double
          • minimal_and_maximal_stirrup_length - optional; type string
          • length - optional; type double
          • one_stirrup_weight - optional; type double
          • minimal_and_maximal_stirrup_weight - optional; type string
          • weight - optional; type double
      • concrete_longitudinal_reinforcement_items - optional; type array_of_member_representative_concrete_longitudinal_reinforcement_items
        • member_representative_concrete_longitudinal_reinforcement_items - optional, unbounded; type member_representative_concrete_longitudinal_reinforcement_items
          • no - optional; type int
          • name - optional; type string
          • rebar_type - optional; type rebar_type - type undefined with restriction - enum { 'REBAR_TYPE_LINE', 'REBAR_TYPE_SINGLE', 'REBAR_TYPE_SYMMETRICAL', 'REBAR_TYPE_UNIFORMLY_SURROUNDING', 'REBAR_TYPE_UNSYMMETRICAL' }
          • material - optional; type int
          • reinforcement_placed_in_bending_corner_enabled - optional; type boolean
          • bar_count_symmetrical - optional; type int
          • bar_count_unsymmetrical_at_side - optional; type int
          • bar_count_unsymmetrical_top_side - optional; type int
          • bar_count_unsymmetrical_bottom_side - optional; type int
          • bar_count_uniformly_surrounding - optional; type int
          • bar_count_line - optional; type int
          • bar_count_corner - optional; type int
          • bar_diameter_symmetrical - optional; type double
          • bar_diameter_unsymmetrical_at_side - optional; type double
          • bar_diameter_unsymmetrical_top_side - optional; type double
          • bar_diameter_unsymmetrical_bottom_side - optional; type double
          • bar_diameter_uniformly_surrounding - optional; type double
          • bar_diameter_line - optional; type double
          • bar_diameter_single - optional; type double
          • bar_diameter_corner - optional; type double
          • corner_reinforcement_enabled - optional; type boolean
          • reinforcement_area_symmetrical - optional; type double
          • reinforcement_area_unsymmetrical_at_side - optional; type double
          • reinforcement_area_unsymmetrical_top_side - optional; type double
          • reinforcement_area_unsymmetrical_bottom_side - optional; type double
          • reinforcement_area_uniformly_surrounding - optional; type double
          • reinforcement_area_line - optional; type double
          • reinforcement_area_single - optional; type double
          • reinforcement_area_corner - optional; type double
          • reinforcement_area_total - optional; type double
          • span_position_reference_internal_node - optional; type int
          • span_position_reference_x_location_relative - optional; type double
          • span_position_reference_x_location_absolute - optional; type double
          • span_start_relative - optional; type double
          • span_start_absolute - optional; type double
          • span_end_relative - optional; type double
          • span_end_absolute - optional; type double
          • span_length - optional; type double
          • additional_offset_type - optional; type additional_offset_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_CONCRETE_COVER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_SECTION_SURFACE', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_STIRRUP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_NONE' }
          • additional_offset_top_side - optional; type double
          • additional_offset_bottom_side - optional; type double
          • additional_offset_left_side - optional; type double
          • additional_offset_right_side - optional; type double
          • additional_offset_reference_type - optional; type additional_offset_reference_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
          • additional_offset_reference_type_at_start_type - optional; type additional_offset_reference_type_at_start_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
          • additional_offset_reference_type_at_end_type - optional; type additional_offset_reference_type_at_end_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
          • additional_horizontal_offset - optional; type double
          • additional_horizontal_offset_at_start - optional; type double
          • additional_horizontal_offset_at_end - optional; type double
          • additional_vertical_offset - optional; type double
          • additional_vertical_offset_at_start - optional; type double
          • additional_vertical_offset_at_end - optional; type double
          • anchorage_start_anchor_type - optional; type anchorage_start_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
          • anchorage_start_anchor_length - optional; type double
          • anchorage_start_bending_diameter - optional; type double
          • anchorage_end_anchor_type - optional; type anchorage_end_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
          • anchorage_end_anchor_length - optional; type double
          • anchorage_end_bending_diameter - optional; type double
          • one_rebar_length - optional; type double
          • one_rebar_minimal_and_maximal_length - optional; type string
          • one_rebar_unsymmetrical_at_side_length - optional; type double
          • one_rebar_unsymmetrical_at_side_minimal_and_maximal_length - optional; type string
          • one_rebar_unsymmetrical_top_side_length - optional; type double
          • one_rebar_unsymmetrical_top_side_minimal_and_maximal_length - optional; type string
          • one_rebar_unsymmetrical_bottom_side_length - optional; type double
          • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_length - optional; type string
          • one_rebar_corner_length - optional; type double
          • one_rebar_corner_minimal_and_maximal_length - optional; type string
          • length - optional; type double
          • one_rebar_weight - optional; type double
          • one_rebar_minimal_and_maximal_weight - optional; type string
          • one_rebar_unsymmetrical_at_side_weight - optional; type double
          • one_rebar_unsymmetrical_at_side_minimal_and_maximal_weight - optional; type string
          • one_rebar_unsymmetrical_top_side_weight - optional; type double
          • one_rebar_unsymmetrical_top_side_minimal_and_maximal_weight - optional; type string
          • one_rebar_unsymmetrical_bottom_side_weight - optional; type double
          • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_weight - optional; type string
          • one_rebar_corner_weight - optional; type double
          • one_rebar_corner_minimal_and_maximal_weight - optional; type string
          • weight - optional; type double
      • concrete_cover_user_defined_enabled - optional; type boolean
      • concrete_cover_different_at_section_sides_enabled - optional; type boolean
      • concrete_cover - optional; type double
      • concrete_cover_top - optional; type double
      • concrete_cover_bottom - optional; type double
      • concrete_cover_left - optional; type double
      • concrete_cover_right - optional; type double
      • concrete_cover_min - optional; type array_of_int
      • concrete_cover_min_top - optional; type array_of_int
      • concrete_cover_min_bottom - optional; type array_of_int
      • concrete_cover_min_left - optional; type array_of_int
      • concrete_cover_min_right - optional; type array_of_int
      • concrete_durability - optional; type int
      • concrete_durability_top - optional; type int
      • concrete_durability_bottom - optional; type int
      • concrete_durability_left - optional; type int
      • concrete_durability_right - optional; type int
      • steel_boundary_conditions - optional; type int
      • steel_member_local_section_reduction - optional; type int
      • steel_member_transverse_weld - optional; type int
      • steel_member_shear_panel - optional; type int
      • steel_member_rotational_restraint - optional; type int
      • timber_service_class - optional; type int
      • timber_moisture_class - optional; type int
      • timber_service_conditions - optional; type int
      • timber_member_local_section_reduction - optional; type int
      • timber_member_shear_panel - optional; type int
      • timber_member_rotational_restraint - optional; type int
      • aluminum_boundary_conditions - optional; type int
      • aluminum_member_local_section_reduction - optional; type int
      • aluminum_member_transverse_weld - optional; type int
      • aluminum_member_shear_panel - optional; type int
      • aluminum_member_rotational_restraint - optional; type int
      • stress_analysis_configuration - optional; type int
      • member_aluminum_design_uls_configuration - optional; type int
      • member_aluminum_design_sls_configuration - optional; type int
      • member_concrete_design_uls_configuration - optional; type int
      • member_concrete_design_sls_configuration - optional; type int
      • member_concrete_design_fr_configuration - optional; type int
      • member_steel_design_uls_configuration - optional; type int
      • member_steel_design_sls_configuration - optional; type int
      • member_steel_design_fr_configuration - optional; type int
      • member_timber_design_uls_configuration - optional; type int
      • member_timber_design_sls_configuration - optional; type int
      • member_timber_design_fr_configuration - optional; type int
      • end_modifications_member_start_extension - optional; type double
      • end_modifications_member_start_slope_y - optional; type double
      • end_modifications_member_start_slope_z - optional; type double
      • end_modifications_member_end_extension - optional; type double
      • end_modifications_member_end_slope_y - optional; type double
      • end_modifications_member_end_slope_z - optional; type double
      • has_any_end_modifications - optional; type boolean
      • deflection_check_direction - optional; type member_representative_deflection_check_direction - type undefined with restriction - enum { 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Y', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z_AND_Y', 'DEFLECTION_CHECK_DIRECTION_RESULTING_AXIS' }
      • deflection_check_beam_type - optional; type member_representative_deflection_check_beam_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_BEAM_TYPE_DOUBLE_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_END_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_START_SUPPORTED' }
      • deflection_check_displacement_reference - optional; type member_representative_deflection_check_displacement_reference - type undefined with restriction - enum { 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_SET_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_UNDEFORMED_SYSTEM' }
      • deflection_check_reference_length_y - optional; type double
      • deflection_check_reference_length_y_list - optional; type array_of_int
      • deflection_check_reference_length_y_is_variable - optional; type boolean
      • deflection_check_reference_length_y_definition_type - optional; type member_representative_deflection_check_reference_length_y_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
      • deflection_check_reference_length_z - optional; type double
      • deflection_check_reference_length_z_list - optional; type array_of_int
      • deflection_check_reference_length_z_is_variable - optional; type boolean
      • deflection_check_reference_length_z_definition_type - optional; type member_representative_deflection_check_reference_length_z_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
      • deflection_check_precamber_enabled - optional; type boolean
      • deflection_check_precamber_wcy - optional; type double
      • deflection_check_precamber_wcz - optional; type double
      • design_support_on_member_start - optional; type int
      • design_support_on_member_end - optional; type int
      • design_supports_on_internal_nodes - optional; type array_of_member_representative_design_supports_on_internal_nodes
        • member_representative_design_supports_on_internal_nodes - optional, unbounded; type member_representative_design_supports_on_internal_nodes
          • no - optional; type int
          • node - optional; type int
          • design_support - optional; type int
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
57. get_member_result_intermediate_point
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_result_intermediate_point
    Input:
    get_member_result_intermediate_point_request (soap:body, use = literal)Source code
    parameters type get_member_result_intermediate_point

    • no type int
    Output:
    get_member_result_intermediate_point_response (soap:body, use = literal)Source code
    parameters type get_member_result_intermediate_pointResponse

    • value type member_result_intermediate_point
      • no type int
      • comment - optional; type string
      • distances - optional; type array_of_member_result_intermediate_point_distances
        • member_result_intermediate_point_distances - optional, unbounded; type member_result_intermediate_point_distances
          • no - optional; type int
          • value - optional; type double
          • note - optional; type string
      • distances_are_defined_as_absolute - optional; type boolean
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • members - optional; type array_of_int
      • name - optional; type string
      • point_count - optional; type int
      • uniform_distribution - optional; type boolean
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
58. get_member_set
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_set
    Input:
    get_member_set_request (soap:body, use = literal)Source code
    parameters type get_member_set

    • no type int
    Output:
    get_member_set_response (soap:body, use = literal)Source code
    parameters type get_member_setResponse

    • value type member_set
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • set_type - optional; type member_set_set_type - type undefined with restriction - enum { 'SET_TYPE_CONTINUOUS', 'SET_TYPE_GROUP' }
      • length - optional; type double
      • center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_of_gravity_x - optional; type double
      • center_of_gravity_y - optional; type double
      • center_of_gravity_z - optional; type double
      • position - optional; type string
      • position_short - optional; type string
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • volume - optional; type double
      • mass - optional; type double
      • discontinuous_torsional_warping - optional; type boolean
      • design_properties_activated - optional; type boolean
      • steel_effective_lengths - optional; type int
      • steel_boundary_conditions - optional; type int
      • steel_member_local_section_reductions - optional; type int
      • steel_member_shear_panels - optional; type int
      • steel_member_rotational_restraints - optional; type int
      • member_steel_design_uls_configuration - optional; type int
      • member_steel_design_sls_configuration - optional; type int
      • member_steel_design_fr_configuration - optional; type int
      • member_steel_design_seismic_configuration - optional; type int
      • aluminum_effective_lengths - optional; type int
      • aluminum_boundary_conditions - optional; type int
      • aluminum_member_local_section_reductions - optional; type int
      • aluminum_member_shear_panels - optional; type int
      • aluminum_member_rotational_restraints - optional; type int
      • member_aluminum_design_uls_configuration - optional; type int
      • member_aluminum_design_sls_configuration - optional; type int
      • concrete_shear_reinforcement_spans - optional; type array_of_member_set_concrete_shear_reinforcement_spans
        • member_set_concrete_shear_reinforcement_spans - optional, unbounded; type member_set_concrete_shear_reinforcement_spans
          • no - optional; type int
          • name - optional; type string
          • stirrup_type - optional; type stirrup_type - type undefined with restriction - enum { 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_FOUR_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_THREE_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_TWO_LEGGED_OPEN', 'STIRRUP_TYPE_TWO_LEGGED_OVERLAP_HOOK_180' }
          • material - optional; type int
          • stirrup_count - optional; type int
          • stirrup_diameter - optional; type double
          • stirrup_distances - optional; type double
          • reinforcement_area - optional; type double
          • span_position_reference_type - optional; type span_position_reference_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_INTERNAL_NODE', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_END', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_START' }
          • span_position_reference_internal_node - optional; type int
          • span_position_reference_x_location_relative - optional; type double
          • span_position_reference_x_location_absolute - optional; type double
          • span_position_definition_format_type - optional; type span_position_definition_format_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_ABSOLUTE', 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_RELATIVE' }
          • span_start_relative - optional; type double
          • span_start_absolute - optional; type double
          • span_end_relative - optional; type double
          • span_end_absolute - optional; type double
          • span_length - optional; type double
          • stirrup_layout_rule_type - optional; type stirrup_layout_rule_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_END', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED' }
          • stirrup_start_offset - optional; type double
          • stirrup_end_offset - optional; type double
          • one_stirrup_length - optional; type double
          • minimal_and_maximal_stirrup_length - optional; type string
          • length - optional; type double
          • one_stirrup_weight - optional; type double
          • minimal_and_maximal_stirrup_weight - optional; type string
          • weight - optional; type double
      • concrete_longitudinal_reinforcement_items - optional; type array_of_member_set_concrete_longitudinal_reinforcement_items
        • member_set_concrete_longitudinal_reinforcement_items - optional, unbounded; type member_set_concrete_longitudinal_reinforcement_items
          • no - optional; type int
          • name - optional; type string
          • rebar_type - optional; type rebar_type - type undefined with restriction - enum { 'REBAR_TYPE_LINE', 'REBAR_TYPE_SINGLE', 'REBAR_TYPE_SYMMETRICAL', 'REBAR_TYPE_UNIFORMLY_SURROUNDING', 'REBAR_TYPE_UNSYMMETRICAL' }
          • material - optional; type int
          • reinforcement_placed_in_bending_corner_enabled - optional; type boolean
          • bar_count_symmetrical - optional; type int
          • bar_count_unsymmetrical_at_side - optional; type int
          • bar_count_unsymmetrical_top_side - optional; type int
          • bar_count_unsymmetrical_bottom_side - optional; type int
          • bar_count_uniformly_surrounding - optional; type int
          • bar_count_line - optional; type int
          • bar_count_corner - optional; type int
          • bar_diameter_symmetrical - optional; type double
          • bar_diameter_unsymmetrical_at_side - optional; type double
          • bar_diameter_unsymmetrical_top_side - optional; type double
          • bar_diameter_unsymmetrical_bottom_side - optional; type double
          • bar_diameter_uniformly_surrounding - optional; type double
          • bar_diameter_line - optional; type double
          • bar_diameter_single - optional; type double
          • bar_diameter_corner - optional; type double
          • corner_reinforcement_enabled - optional; type boolean
          • reinforcement_area_symmetrical - optional; type double
          • reinforcement_area_unsymmetrical_at_side - optional; type double
          • reinforcement_area_unsymmetrical_top_side - optional; type double
          • reinforcement_area_unsymmetrical_bottom_side - optional; type double
          • reinforcement_area_uniformly_surrounding - optional; type double
          • reinforcement_area_line - optional; type double
          • reinforcement_area_single - optional; type double
          • reinforcement_area_corner - optional; type double
          • reinforcement_area_total - optional; type double
          • span_position_reference_internal_node - optional; type int
          • span_position_reference_x_location_relative - optional; type double
          • span_position_reference_x_location_absolute - optional; type double
          • span_start_relative - optional; type double
          • span_start_absolute - optional; type double
          • span_end_relative - optional; type double
          • span_end_absolute - optional; type double
          • span_length - optional; type double
          • additional_offset_type - optional; type additional_offset_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_CONCRETE_COVER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_SECTION_SURFACE', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_STIRRUP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_NONE' }
          • additional_offset_top_side - optional; type double
          • additional_offset_bottom_side - optional; type double
          • additional_offset_left_side - optional; type double
          • additional_offset_right_side - optional; type double
          • additional_offset_reference_type - optional; type additional_offset_reference_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
          • additional_offset_reference_type_at_start_type - optional; type additional_offset_reference_type_at_start_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
          • additional_offset_reference_type_at_end_type - optional; type additional_offset_reference_type_at_end_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
          • additional_horizontal_offset - optional; type double
          • additional_horizontal_offset_at_start - optional; type double
          • additional_horizontal_offset_at_end - optional; type double
          • additional_vertical_offset - optional; type double
          • additional_vertical_offset_at_start - optional; type double
          • additional_vertical_offset_at_end - optional; type double
          • anchorage_start_anchor_type - optional; type anchorage_start_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
          • anchorage_start_anchor_length - optional; type double
          • anchorage_start_bending_diameter - optional; type double
          • anchorage_end_anchor_type - optional; type anchorage_end_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
          • anchorage_end_anchor_length - optional; type double
          • anchorage_end_bending_diameter - optional; type double
          • one_rebar_length - optional; type double
          • one_rebar_minimal_and_maximal_length - optional; type string
          • one_rebar_unsymmetrical_at_side_length - optional; type double
          • one_rebar_unsymmetrical_at_side_minimal_and_maximal_length - optional; type string
          • one_rebar_unsymmetrical_top_side_length - optional; type double
          • one_rebar_unsymmetrical_top_side_minimal_and_maximal_length - optional; type string
          • one_rebar_unsymmetrical_bottom_side_length - optional; type double
          • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_length - optional; type string
          • one_rebar_corner_length - optional; type double
          • one_rebar_corner_minimal_and_maximal_length - optional; type string
          • length - optional; type double
          • one_rebar_weight - optional; type double
          • one_rebar_minimal_and_maximal_weight - optional; type string
          • one_rebar_unsymmetrical_at_side_weight - optional; type double
          • one_rebar_unsymmetrical_at_side_minimal_and_maximal_weight - optional; type string
          • one_rebar_unsymmetrical_top_side_weight - optional; type double
          • one_rebar_unsymmetrical_top_side_minimal_and_maximal_weight - optional; type string
          • one_rebar_unsymmetrical_bottom_side_weight - optional; type double
          • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_weight - optional; type string
          • one_rebar_corner_weight - optional; type double
          • one_rebar_corner_minimal_and_maximal_weight - optional; type string
          • weight - optional; type double
      • concrete_cover_user_defined_enabled - optional; type boolean
      • concrete_cover_different_at_section_sides_enabled - optional; type boolean
      • concrete_cover - optional; type double
      • concrete_cover_top - optional; type double
      • concrete_cover_bottom - optional; type double
      • concrete_cover_left - optional; type double
      • concrete_cover_right - optional; type double
      • concrete_cover_min - optional; type array_of_int
      • concrete_cover_min_top - optional; type array_of_int
      • concrete_cover_min_bottom - optional; type array_of_int
      • concrete_cover_min_left - optional; type array_of_int
      • concrete_cover_min_right - optional; type array_of_int
      • concrete_durability - optional; type int
      • concrete_durability_top - optional; type int
      • concrete_durability_bottom - optional; type int
      • concrete_durability_left - optional; type int
      • concrete_durability_right - optional; type int
      • concrete_effective_lengths - optional; type int
      • timber_effective_lengths - optional; type int
      • service_class_timber_design - optional; type int
      • moisture_class_timber_design - optional; type int
      • service_conditions_timber_design - optional; type int
      • timber_member_shear_panels - optional; type int
      • timber_member_rotational_restraints - optional; type int
      • timber_local_section_reductions - optional; type int
      • member_timber_design_fr_configuration - optional; type int
      • member_timber_design_sls_configuration - optional; type int
      • member_timber_design_uls_configuration - optional; type int
      • member_transverse_stiffener - optional; type int
      • stress_analysis_configuration - optional; type int
      • deflection_check_direction - optional; type member_set_deflection_check_direction - type undefined with restriction - enum { 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Y', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z_AND_Y', 'DEFLECTION_CHECK_DIRECTION_RESULTING_AXIS' }
      • deflection_check_beam_type - optional; type member_set_deflection_check_beam_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_BEAM_TYPE_DOUBLE_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_END_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_START_SUPPORTED' }
      • deflection_check_displacement_reference - optional; type member_set_deflection_check_displacement_reference - type undefined with restriction - enum { 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_SET_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_UNDEFORMED_SYSTEM' }
      • deflection_check_reference_length_y - optional; type double
      • deflection_check_reference_length_y_list - optional; type array_of_int
      • deflection_check_reference_length_y_is_variable - optional; type boolean
      • deflection_check_reference_length_y_definition_type - optional; type member_set_deflection_check_reference_length_y_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
      • deflection_check_reference_length_z - optional; type double
      • deflection_check_reference_length_z_list - optional; type array_of_int
      • deflection_check_reference_length_z_is_variable - optional; type boolean
      • deflection_check_reference_length_z_definition_type - optional; type member_set_deflection_check_reference_length_z_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
      • deflection_check_precamber_enabled - optional; type boolean
      • deflection_check_precamber_wcy - optional; type double
      • deflection_check_precamber_wcz - optional; type double
      • design_support_on_member_set_start - optional; type int
      • design_support_on_member_set_end - optional; type int
      • design_supports_on_internal_nodes - optional; type array_of_member_set_design_supports_on_internal_nodes
        • member_set_design_supports_on_internal_nodes - optional, unbounded; type member_set_design_supports_on_internal_nodes
          • no - optional; type int
          • node - optional; type int
          • design_support - optional; type int
      • members - optional; type array_of_int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
59. get_member_set_imperfection
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_set_imperfection
    Input:
    get_member_set_imperfection_request (soap:body, use = literal)Source code
    parameters type get_member_set_imperfection

    • no type int
    • imperfection_case_no type int
    Output:
    get_member_set_imperfection_response (soap:body, use = literal)Source code
    parameters type get_member_set_imperfectionResponse

    • value type member_set_imperfection
      • no type int
      • imperfection_type - optional; type member_set_imperfection_imperfection_type - type undefined with restriction - enum { 'IMPERFECTION_TYPE_INITIAL_BOW', 'IMPERFECTION_TYPE_INITIAL_BOW_AND_CRITERION', 'IMPERFECTION_TYPE_INITIAL_SWAY' }
      • member_sets - optional; type array_of_int
      • imperfection_case - optional; type int
      • definition_type - optional; type member_set_imperfection_definition_type - type undefined with restriction - enum { 'DEFINITION_TYPE_ABSOLUTE', 'DEFINITION_TYPE_ANSI_CURRENT', 'DEFINITION_TYPE_ANSI_GRAVITY_LOAD', 'DEFINITION_TYPE_EN_1993_1_1', 'DEFINITION_TYPE_EN_1999_1_1', 'DEFINITION_TYPE_EUROCODE', 'DEFINITION_TYPE_NOTIONAL_LOAD', 'DEFINITION_TYPE_RELATIVE' }
      • coordinate_system - optional; type string
      • imperfection_direction - optional; type member_set_imperfection_imperfection_direction - type undefined with restriction - enum { 'IMPERFECTION_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'IMPERFECTION_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'IMPERFECTION_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'IMPERFECTION_DIRECTION_LOCAL_Y', 'IMPERFECTION_DIRECTION_LOCAL_Y_NEGATIVE', 'IMPERFECTION_DIRECTION_LOCAL_Z', 'IMPERFECTION_DIRECTION_LOCAL_Z_NEGATIVE', 'IMPERFECTION_DIRECTION_PRINCIPAL_U', 'IMPERFECTION_DIRECTION_PRINCIPAL_U_NEGATIVE', 'IMPERFECTION_DIRECTION_PRINCIPAL_V', 'IMPERFECTION_DIRECTION_PRINCIPAL_V_NEGATIVE' }
      • basic_value_absolute - optional; type double
      • basic_value_relative - optional; type double
      • basic_value_coefficient - optional; type double
      • basic_value_force - optional; type double
      • section_design - optional; type member_set_imperfection_section_design - type undefined with restriction - enum { 'SECTION_DESIGN_ELASTIC', 'SECTION_DESIGN_PLASTIC' }
      • active_criterion - optional; type member_set_imperfection_active_criterion - type undefined with restriction - enum { 'ACTIVITY_CRITERION_ALWAYS', 'ACTIVITY_CRITERION_DEFINE', 'ACTIVITY_CRITERION_DIN_18800', 'ACTIVITY_CRITERION_EN_1993', 'ACTIVITY_CRITERION_EN_1999' }
      • active_bow - optional; type double
      • column_in_row - optional; type int
      • standard_factor_enumeration - optional; type member_set_imperfection_standard_factor_enumeration - type undefined with restriction - enum { 'STANDARD_FACTOR_ASD', 'STANDARD_FACTOR_LRFD' }
      • standard_factor_number - optional; type double
      • height - optional; type double
      • case_object - optional; type int
      • reduction_factor_h - optional; type double
      • reduction_factor_m - optional; type double
      • initial_sway - optional; type double
      • initial_sway_inverted - optional; type double
      • parameters - optional; type array_of_int
      • refer_distance_from_objects_to_assign - optional; type boolean
      • imperfection_over_total_length_of_objects_to_assign - optional; type boolean
      • distance_a_is_defined_as_relative - optional; type boolean
      • distance_b_is_defined_as_relative - optional; type boolean
      • distance_a_relative - optional; type double
      • distance_b_relative - optional; type double
      • distance_a_absolute - optional; type double
      • distance_b_absolute - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
60. get_member_set_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_set_load
    Input:
    get_member_set_load_request (soap:body, use = literal)Source code
    parameters type get_member_set_load

    • no type int
    • load_case_no type int
    Output:
    get_member_set_load_response (soap:body, use = literal)Source code
    parameters type get_member_set_loadResponse

    • value type member_set_load
      • no type int
      • advanced_mass_options - optional; type boolean
      • angular_acceleration - optional; type double
      • angular_velocity - optional; type double
      • axis_definition_axis - optional; type member_set_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • axis_definition_axis_orientation - optional; type member_set_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
      • axis_definition_p1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p1_x - optional; type double
      • axis_definition_p1_y - optional; type double
      • axis_definition_p1_z - optional; type double
      • axis_definition_p2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p2_x - optional; type double
      • axis_definition_p2_y - optional; type double
      • axis_definition_p2_z - optional; type double
      • axis_definition_type - optional; type member_set_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
      • comment - optional; type string
      • coordinate_system - optional; type string
      • count_n - optional; type int
      • distance_a_absolute - optional; type double
      • distance_a_is_defined_as_relative - optional; type boolean
      • distance_a_relative - optional; type double
      • distance_b_absolute - optional; type double
      • distance_b_is_defined_as_relative - optional; type boolean
      • distance_b_relative - optional; type double
      • distance_c_absolute - optional; type double
      • distance_c_is_defined_as_relative - optional; type boolean
      • distance_c_relative - optional; type double
      • distance_from_member_set_end - optional; type boolean
      • eccentricity_horizontal_alignment - optional; type member_set_load_eccentricity_horizontal_alignment - type undefined with restriction - enum { 'ALIGN_LEFT', 'ALIGN_MIDDLE', 'ALIGN_NONE', 'ALIGN_RIGHT' }
      • eccentricity_vertical_alignment - optional; type member_set_load_eccentricity_vertical_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_NONE', 'ALIGN_TOP' }
      • eccentricity_section_middle - optional; type member_set_load_eccentricity_section_middle - type undefined with restriction - enum { 'LOAD_ECCENTRICITY_SECTION_MIDDLE_CENTER_OF_GRAVITY', 'LOAD_ECCENTRICITY_SECTION_MIDDLE_NONE', 'LOAD_ECCENTRICITY_SECTION_MIDDLE_SHEAR_CENTER' }
      • is_eccentricity_at_end_different_from_start - optional; type boolean
      • eccentricity_y_at_end - optional; type double
      • eccentricity_y_at_start - optional; type double
      • eccentricity_z_at_end - optional; type double
      • eccentricity_z_at_start - optional; type double
      • filling_height - optional; type double
      • form_finding_definition_type - optional; type member_set_load_form_finding_definition_type - type undefined with restriction - enum { 'FORM_FINDING_TYPE_FORCE', 'FORM_FINDING_TYPE_GEOMETRIC' }
      • form_finding_force_definition - optional; type member_set_load_form_finding_force_definition - type undefined with restriction - enum { 'FORM_FINDING_FORCE_INPUT_PARAMETER_AVERAGE', 'FORM_FINDING_FORCE_INPUT_PARAMETER_DENSITY', 'FORM_FINDING_FORCE_INPUT_PARAMETER_HORIZONTAL_TENSION_COMPONENT', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MAXIMUM_FORCE_IN_MEMBER', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMAL_TENSION_AT_I_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMAL_TENSION_AT_J_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMUM_FORCE_IN_MEMBER', 'FORM_FINDING_FORCE_INPUT_PARAMETER_TENSION_AT_I_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_TENSION_AT_J_END' }
      • form_finding_geometry_definition - optional; type member_set_load_form_finding_geometry_definition - type undefined with restriction - enum { 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_LENGTH', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_LOW_POINT_VERTICAL_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_MAXIMUM_VERTICAL_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_UNSTRESSED_LENGTH' }
      • form_finding_internal_force - optional; type member_set_load_form_finding_internal_force - type undefined with restriction - enum { 'FORM_FINDING_INTERNAL_FORCE_COMPRESSION', 'FORM_FINDING_INTERNAL_FORCE_TENSION' }
      • form_finding_magnitude_absolute - optional; type double
      • form_finding_magnitude_is_defined_as_relative - optional; type boolean
      • form_finding_magnitude_relative - optional; type double
      • generating_object_info - optional; type string
      • has_force_eccentricity - optional; type boolean
      • is_generated - optional; type boolean
      • load_case - optional; type int
      • load_direction - optional; type member_set_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_PRINCIPAL_U', 'LOAD_DIRECTION_PRINCIPAL_V' }
      • load_direction_orientation - optional; type member_set_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
      • load_distribution - optional; type member_set_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_CONCENTRATED_1', 'LOAD_DISTRIBUTION_CONCENTRATED_2', 'LOAD_DISTRIBUTION_CONCENTRATED_2x2', 'LOAD_DISTRIBUTION_CONCENTRATED_N', 'LOAD_DISTRIBUTION_CONCENTRATED_VARYING', 'LOAD_DISTRIBUTION_PARABOLIC', 'LOAD_DISTRIBUTION_TAPERED', 'LOAD_DISTRIBUTION_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_UNIFORM_TOTAL', 'LOAD_DISTRIBUTION_VARYING', 'LOAD_DISTRIBUTION_VARYING_IN_Z' }
      • load_is_over_total_length - optional; type boolean
      • load_type - optional; type member_set_load_load_type - type undefined with restriction - enum { 'E_TYPE_MASS', 'LOAD_TYPE_AXIAL_DISPLACEMENT', 'LOAD_TYPE_AXIAL_STRAIN', 'LOAD_TYPE_DISPLACEMENT', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_FORM_FINDING', 'LOAD_TYPE_INITIAL_PRESTRESS', 'LOAD_TYPE_MOMENT', 'LOAD_TYPE_PIPE_CONTENT_FULL', 'LOAD_TYPE_PIPE_CONTENT_PARTIAL', 'LOAD_TYPE_PIPE_INTERNAL_PRESSURE', 'LOAD_TYPE_PRECAMBER', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_ROTATION', 'LOAD_TYPE_TEMPERATURE', 'LOAD_TYPE_TEMPERATURE_CHANGE' }
      • magnitude - optional; type double
      • magnitude_1 - optional; type double
      • magnitude_2 - optional; type double
      • magnitude_3 - optional; type double
      • magnitude_delta_t - optional; type double
      • magnitude_delta_t_1 - optional; type double
      • magnitude_delta_t_2 - optional; type double
      • magnitude_delta_t_3 - optional; type double
      • magnitude_t_b - optional; type double
      • magnitude_t_b_1 - optional; type double
      • magnitude_t_b_2 - optional; type double
      • magnitude_t_b_3 - optional; type double
      • magnitude_t_c - optional; type double
      • magnitude_t_c_1 - optional; type double
      • magnitude_t_c_2 - optional; type double
      • magnitude_t_c_3 - optional; type double
      • magnitude_t_t - optional; type double
      • magnitude_t_t_1 - optional; type double
      • magnitude_t_t_2 - optional; type double
      • magnitude_t_t_3 - optional; type double
      • mass_global - optional; type double
      • mass_x - optional; type double
      • mass_y - optional; type double
      • mass_z - optional; type double
      • member_sets - optional; type array_of_int
      • varying_load_parameters - optional; type array_of_member_set_load_varying_load_parameters
        • member_set_load_varying_load_parameters - optional, unbounded; type member_set_load_varying_load_parameters
          • no - optional; type int
          • distance - optional; type double
          • delta_distance - optional; type double
          • magnitude - optional; type double
          • note - optional; type string
          • magnitude_t_c - optional; type double
          • magnitude_delta_t - optional; type double
          • magnitude_t_t - optional; type double
          • magnitude_t_b - optional; type double
      • varying_load_parameters_are_defined_as_relative - optional; type boolean
      • varying_load_parameters_sorted - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
61. get_member_stiffness_modification
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_stiffness_modification
    Input:
    get_member_stiffness_modification_request (soap:body, use = literal)Source code
    parameters type get_member_stiffness_modification

    • no type int
    Output:
    get_member_stiffness_modification_response (soap:body, use = literal)Source code
    parameters type get_member_stiffness_modificationResponse

    • value type member_stiffness_modification
      • no type int
      • type - optional; type member_stiffness_modification_type - type undefined with restriction - enum { 'TYPE_CONCRETE_STRUCTURES', 'TYPE_PARTIAL_STIFFNESSES_FACTORS', 'TYPE_STEEL_STRUCTURES', 'TYPE_TOTAL_STIFFNESSES_FACTORS' }
      • assigned_to_structure_modification - optional; type array_of_int
      • comment - optional; type string
      • concrete_structure_component_type - optional; type member_stiffness_modification_concrete_structure_component_type - type undefined with restriction - enum { 'COMPONENT_TYPE_BEAMS', 'COMPONENT_TYPE_COLUMNS', 'COMPONENT_TYPE_FLAT_PLATES_AND_FLAT_SLABS', 'COMPONENT_TYPE_WALLS_CRACKED', 'COMPONENT_TYPE_WALLS_UNCRACKED' }
      • factor_of_axial_stiffness - optional; type double
      • factor_of_bending_y_stiffness - optional; type double
      • factor_of_bending_z_stiffness - optional; type double
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • name - optional; type string
      • partial_stiffness_factor_of_mass - optional; type double
      • partial_stiffness_factor_of_shear_y_stiffness - optional; type double
      • partial_stiffness_factor_of_shear_z_stiffness - optional; type double
      • partial_stiffness_factor_of_torsion_stiffness - optional; type double
      • partial_stiffness_factor_of_weight - optional; type double
      • steel_structure_design_method - optional; type member_stiffness_modification_steel_structure_design_method - type undefined with restriction - enum { 'ASD', 'LRFD' }
      • steel_structure_determine_tau_b - optional; type member_stiffness_modification_steel_structure_determine_tau_b - type undefined with restriction - enum { 'ITERATIVE', 'SET_TO_1' }
      • total_stiffness_factor_of_total_stiffness - optional; type double
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
62. get_member_support
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_support
    Input:
    get_member_support_request (soap:body, use = literal)Source code
    parameters type get_member_support

    • no type int
    Output:
    get_member_support_response (soap:body, use = literal)Source code
    parameters type get_member_supportResponse

    • value type member_support
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • members - optional; type array_of_int
      • spring_translation - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • spring_rotation - optional; type double
      • spring_translation_x - optional; type double
      • spring_translation_y - optional; type double
      • spring_translation_z - optional; type double
      • spring_shear - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • spring_shear_x - optional; type double
      • spring_shear_y - optional; type double
      • spring_shear_z - optional; type double
      • nonlinearity - optional; type member_support_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_FAILURE_IF_NEGATIVE_CONTACT_STRESS_Z', 'NONLINEARITY_FAILURE_IF_POSITIVE_CONTACT_STRESS_Z', 'NONLINEARITY_NONE' }
      • support_dimensions_enabled - optional; type boolean
      • support_width_y - optional; type double
      • support_width_z - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
63. get_member_transverse_stiffener
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_member_transverse_stiffener
    Input:
    get_member_transverse_stiffener_request (soap:body, use = literal)Source code
    parameters type get_member_transverse_stiffener

    • no type int
    Output:
    get_member_transverse_stiffener_response (soap:body, use = literal)Source code
    parameters type get_member_transverse_stiffenerResponse

    • value type member_transverse_stiffener
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • members - optional; type array_of_int
      • member_sets - optional; type array_of_int
      • components - optional; type array_of_member_transverse_stiffener_components
        • member_transverse_stiffener_components - optional, unbounded; type member_transverse_stiffener_components
          • no - optional; type int
          • stiffener_type - optional; type stiffener_type - type undefined with restriction - enum { 'STIFFENER_COMPONENT_TYPE_ANGLE', 'STIFFENER_COMPONENT_TYPE_CANTILEVERED_PORTION_END', 'STIFFENER_COMPONENT_TYPE_CANTILEVERED_PORTION_START', 'STIFFENER_COMPONENT_TYPE_CHANNEL_SECTION', 'STIFFENER_COMPONENT_TYPE_CONNECTING_COLUMN_END', 'STIFFENER_COMPONENT_TYPE_CONNECTING_COLUMN_START', 'STIFFENER_COMPONENT_TYPE_END_PLATE_END', 'STIFFENER_COMPONENT_TYPE_END_PLATE_START', 'STIFFENER_COMPONENT_TYPE_FLAT' }
          • position - optional; type double
          • position_type - optional; type position_type - type undefined with restriction - enum { 'STIFFENER_COMPONENT_POSITION_DOUBLE_SIDED', 'STIFFENER_COMPONENT_POSITION_SINGLE_SIDED_LEFT', 'STIFFENER_COMPONENT_POSITION_SINGLE_SIDED_RIGHT' }
          • multiple - optional; type boolean
          • note - optional; type string
          • material - optional; type int
          • multiple_number - optional; type int
          • multiple_offset - optional; type double
          • thickness - optional; type double
          • width - optional; type double
          • welds_size - optional; type double
          • height - optional; type double
          • width_b_u - optional; type double
          • height_h_u - optional; type double
          • thickness_t_u - optional; type double
          • thickness_s_u - optional; type double
          • width_b - optional; type double
          • thickness_t - optional; type double
          • column_cross_section - optional; type int
          • beam_cross_section - optional; type int
          • height_h_m - optional; type double
          • cross_section - optional; type int
          • cantilever_l_k - optional; type double
      • for_design_addons - optional; type boolean
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
64. get_model_main_parameters
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_model_main_parameters
    Input:
    get_model_main_parameters_request (soap:body, use = literal)Source code
    parameters type get_model_main_parameters
    Output:
    get_model_main_parameters_response (soap:body, use = literal)Source code
    parameters type get_model_main_parametersResponse

    • value type model_main_parameters
      • model_id type string
      • model_name type string
      • model_description type string
      • model_comment type string
      • model_path type string
      • project_id type string
      • project_name type string
      • project_description type string
      • project_folder type string
65. get_nodal_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_nodal_load
    Input:
    get_nodal_load_request (soap:body, use = literal)Source code
    parameters type get_nodal_load

    • no type int
    • load_case_no type int
    Output:
    get_nodal_load_response (soap:body, use = literal)Source code
    parameters type get_nodal_loadResponse

    • value type nodal_load
      • no type int
      • load_type - optional; type nodal_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_COMPONENTS', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_MASS', 'LOAD_TYPE_MOMENT' }
      • nodes - optional; type array_of_int
      • has_force_eccentricity - optional; type boolean
      • force_eccentricity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • force_eccentricity_x - optional; type double
      • force_eccentricity_y - optional; type double
      • force_eccentricity_z - optional; type double
      • coordinate_system - optional; type int
      • has_specific_direction - optional; type boolean
      • specific_direction_type - optional; type nodal_load_specific_direction_type - type undefined with restriction - enum { 'DIRECTION_TYPE_DIRECTED_TO_NODE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_LINE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_MEMBER', 'DIRECTION_TYPE_PARALLEL_TO_TWO_NODES', 'DIRECTION_TYPE_ROTATED_VIA_3_ANGLES' }
      • axes_sequence - optional; type nodal_load_axes_sequence - type undefined with restriction - enum { 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
      • comment - optional; type string
      • components_force - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • components_force_x - optional; type double
      • components_force_y - optional; type double
      • components_force_z - optional; type double
      • components_moment - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • components_moment_x - optional; type double
      • components_moment_y - optional; type double
      • components_moment_z - optional; type double
      • directed_to_node_direction_node - optional; type int
      • force_direction - optional; type nodal_load_force_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
      • force_magnitude - optional; type double
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • load_case - optional; type int
      • mass - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • mass_advanced_options - optional; type boolean
      • mass_angle - optional; type double
      • mass_angular_acceleration - optional; type double
      • mass_angular_velocity - optional; type double
      • mass_axis_of_rotation - optional; type nodal_load_mass_axis_of_rotation - type undefined with restriction - enum { 'AXIS_OF_ROTATION_X_NEGATIVE', 'AXIS_OF_ROTATION_X_POSITIVE', 'AXIS_OF_ROTATION_Y_NEGATIVE', 'AXIS_OF_ROTATION_Y_POSITIVE', 'AXIS_OF_ROTATION_Z_NEGATIVE', 'AXIS_OF_ROTATION_Z_POSITIVE' }
      • mass_global - optional; type double
      • mass_has_rotational_mass - optional; type boolean
      • mass_moment_of_inertia - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • mass_moment_of_inertia_x - optional; type double
      • mass_moment_of_inertia_y - optional; type double
      • mass_moment_of_inertia_z - optional; type double
      • mass_radius - optional; type double
      • mass_rotational_mass - optional; type double
      • mass_x - optional; type double
      • mass_y - optional; type double
      • mass_z - optional; type double
      • moment_direction - optional; type nodal_load_moment_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
      • moment_magnitude - optional; type double
      • parallel_to_line - optional; type int
      • parallel_to_member - optional; type int
      • parallel_to_two_nodes_first_node - optional; type int
      • parallel_to_two_nodes_second_node - optional; type int
      • rotated_about_angle_1 - optional; type double
      • rotated_about_angle_2 - optional; type double
      • rotated_about_angle_3 - optional; type double
      • rotated_about_angle_x - optional; type double
      • rotated_about_angle_y - optional; type double
      • rotated_about_angle_z - optional; type double
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
66. get_nodal_mesh_refinement
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_nodal_mesh_refinement
    Input:
    get_nodal_mesh_refinement_request (soap:body, use = literal)Source code
    parameters type get_nodal_mesh_refinement

    • no type int
    Output:
    get_nodal_mesh_refinement_response (soap:body, use = literal)Source code
    parameters type get_nodal_mesh_refinementResponse

    • value type nodal_mesh_refinement
      • no type int
      • type - optional; type nodal_mesh_refinement_type - type undefined with restriction - enum { 'TYPE_CIRCULAR', 'TYPE_RECTANGULAR' }
      • circular_length_arrangement - optional; type nodal_mesh_refinement_circular_length_arrangement - type undefined with restriction - enum { 'LENGTH_ARRANGEMENT_COMBINED', 'LENGTH_ARRANGEMENT_GRADUALLY', 'LENGTH_ARRANGEMENT_RADIAL' }
      • circular_radius - optional; type double
      • circular_target_inner_length - optional; type double
      • circular_target_outer_length - optional; type double
      • comment - optional; type string
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • name - optional; type string
      • nodes - optional; type array_of_int
      • rectangular_side - optional; type double
      • rectangular_target_inner_length - optional; type double
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
67. get_nodal_support
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_nodal_support
    Input:
    get_nodal_support_request (soap:body, use = literal)Source code
    parameters type get_nodal_support

    • no type int
    Output:
    get_nodal_support_response (soap:body, use = literal)Source code
    parameters type get_nodal_supportResponse

    • value type nodal_support
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • nodes - optional; type array_of_int
      • spring - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • spring_x - optional; type double
      • spring_y - optional; type double
      • spring_z - optional; type double
      • rotational_restraint - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • rotational_restraint_x - optional; type double
      • rotational_restraint_y - optional; type double
      • rotational_restraint_z - optional; type double
      • spring_x_nonlinearity - optional; type nodal_support_spring_x_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • spring_y_nonlinearity - optional; type nodal_support_spring_y_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • spring_z_nonlinearity - optional; type nodal_support_spring_z_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • rotational_restraint_x_nonlinearity - optional; type nodal_support_rotational_restraint_x_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • rotational_restraint_y_nonlinearity - optional; type nodal_support_rotational_restraint_y_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • rotational_restraint_z_nonlinearity - optional; type nodal_support_rotational_restraint_z_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
      • axes_sequence - optional; type nodal_support_axes_sequence - type undefined with restriction - enum { 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
      • column_base_semi_rigid - optional; type double
      • column_base_support_type - optional; type nodal_support_column_base_support_type - type undefined with restriction - enum { 'BASE_SUPPORT_TYPE_HINGED', 'BASE_SUPPORT_TYPE_RIGID', 'BASE_SUPPORT_TYPE_SEMI_RIGID' }
      • column_head_support_type - optional; type nodal_support_column_head_support_type - type undefined with restriction - enum { 'HEAD_SUPPORT_TYPE_HINGED', 'HEAD_TYPE_SUPPORT_SEMI_RIGID' }
      • column_head_type - optional; type nodal_support_column_head_type - type undefined with restriction - enum { 'HEAD_TYPE_CIRCULAR', 'HEAD_TYPE_RECTANGULAR' }
      • column_height - optional; type double
      • column_material - optional; type int
      • column_rotation - optional; type double
      • column_rotational_restraint_x - optional; type double
      • column_rotational_restraint_y - optional; type double
      • column_section - optional; type int
      • column_section_same_as_head - optional; type boolean
      • column_shear_stiffness - optional; type boolean
      • column_spring_x - optional; type double
      • column_spring_y - optional; type double
      • column_spring_z - optional; type double
      • column_support_type - optional; type nodal_support_column_support_type - type undefined with restriction - enum { 'SUPPORT_TYPE_ELASTIC_NODAL_SUPPORT', 'SUPPORT_TYPE_ELASTIC_SURFACE_FOUNDATIONS', 'SUPPORT_TYPE_WITH_ADAPTED_FE_MESH' }
      • column_width_x - optional; type double
      • column_width_y - optional; type double
      • comment - optional; type string
      • coordinate_system - optional; type int
      • diagram_along_x_end - optional; type nodal_support_diagram_along_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_x_is_sorted - optional; type boolean
      • diagram_along_x_start - optional; type nodal_support_diagram_along_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_x_symmetric - optional; type boolean
      • diagram_along_x_table - optional; type array_of_nodal_support_diagram_along_x_table
        • nodal_support_diagram_along_x_table - optional, unbounded; type nodal_support_diagram_along_x_table
          • no - optional; type int
          • displacement - optional; type double
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_along_y_end - optional; type nodal_support_diagram_along_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_y_is_sorted - optional; type boolean
      • diagram_along_y_start - optional; type nodal_support_diagram_along_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_y_symmetric - optional; type boolean
      • diagram_along_y_table - optional; type array_of_nodal_support_diagram_along_y_table
        • nodal_support_diagram_along_y_table - optional, unbounded; type nodal_support_diagram_along_y_table
          • no - optional; type int
          • displacement - optional; type double
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_along_z_end - optional; type nodal_support_diagram_along_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_z_is_sorted - optional; type boolean
      • diagram_along_z_start - optional; type nodal_support_diagram_along_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_along_z_symmetric - optional; type boolean
      • diagram_along_z_table - optional; type array_of_nodal_support_diagram_along_z_table
        • nodal_support_diagram_along_z_table - optional, unbounded; type nodal_support_diagram_along_z_table
          • no - optional; type int
          • displacement - optional; type double
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_around_x_end - optional; type nodal_support_diagram_around_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_x_is_sorted - optional; type boolean
      • diagram_around_x_start - optional; type nodal_support_diagram_around_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_x_symmetric - optional; type boolean
      • diagram_around_x_table - optional; type array_of_nodal_support_diagram_around_x_table
        • nodal_support_diagram_around_x_table - optional, unbounded; type nodal_support_diagram_around_x_table
          • no - optional; type int
          • rotation - optional; type double
          • moment - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_around_y_end - optional; type nodal_support_diagram_around_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_y_is_sorted - optional; type boolean
      • diagram_around_y_start - optional; type nodal_support_diagram_around_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_y_symmetric - optional; type boolean
      • diagram_around_y_table - optional; type array_of_nodal_support_diagram_around_y_table
        • nodal_support_diagram_around_y_table - optional, unbounded; type nodal_support_diagram_around_y_table
          • no - optional; type int
          • rotation - optional; type double
          • moment - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • diagram_around_z_end - optional; type nodal_support_diagram_around_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_z_is_sorted - optional; type boolean
      • diagram_around_z_start - optional; type nodal_support_diagram_around_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
      • diagram_around_z_symmetric - optional; type boolean
      • diagram_around_z_table - optional; type array_of_nodal_support_diagram_around_z_table
        • nodal_support_diagram_around_z_table - optional, unbounded; type nodal_support_diagram_around_z_table
          • no - optional; type int
          • rotation - optional; type double
          • moment - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • directed_to_node_direction_node - optional; type int
      • directed_to_node_first_axis - optional; type nodal_support_directed_to_node_first_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • directed_to_node_plane_node - optional; type int
      • directed_to_node_second_axis - optional; type nodal_support_directed_to_node_second_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • fictitious_column_enabled - optional; type boolean
      • friction_coefficient_x - optional; type double
      • friction_coefficient_xy - optional; type double
      • friction_coefficient_xz - optional; type double
      • friction_coefficient_y - optional; type double
      • friction_coefficient_yx - optional; type double
      • friction_coefficient_yz - optional; type double
      • friction_coefficient_z - optional; type double
      • friction_coefficient_zx - optional; type double
      • friction_coefficient_zy - optional; type double
      • parallel_to_line - optional; type int
      • parallel_to_member - optional; type int
      • parallel_to_two_nodes_first_axis - optional; type nodal_support_parallel_to_two_nodes_first_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • parallel_to_two_nodes_first_node - optional; type int
      • parallel_to_two_nodes_plane_node - optional; type int
      • parallel_to_two_nodes_second_axis - optional; type nodal_support_parallel_to_two_nodes_second_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • parallel_to_two_nodes_second_node - optional; type int
      • partial_activity_along_x_negative_displacement - optional; type double
      • partial_activity_along_x_negative_force - optional; type double
      • partial_activity_along_x_negative_slippage - optional; type double
      • partial_activity_along_x_negative_type - optional; type nodal_support_partial_activity_along_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_x_positive_displacement - optional; type double
      • partial_activity_along_x_positive_force - optional; type double
      • partial_activity_along_x_positive_slippage - optional; type double
      • partial_activity_along_x_positive_type - optional; type nodal_support_partial_activity_along_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_y_negative_displacement - optional; type double
      • partial_activity_along_y_negative_force - optional; type double
      • partial_activity_along_y_negative_slippage - optional; type double
      • partial_activity_along_y_negative_type - optional; type nodal_support_partial_activity_along_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_y_positive_displacement - optional; type double
      • partial_activity_along_y_positive_force - optional; type double
      • partial_activity_along_y_positive_slippage - optional; type double
      • partial_activity_along_y_positive_type - optional; type nodal_support_partial_activity_along_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_z_negative_displacement - optional; type double
      • partial_activity_along_z_negative_force - optional; type double
      • partial_activity_along_z_negative_slippage - optional; type double
      • partial_activity_along_z_negative_type - optional; type nodal_support_partial_activity_along_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_along_z_positive_displacement - optional; type double
      • partial_activity_along_z_positive_force - optional; type double
      • partial_activity_along_z_positive_slippage - optional; type double
      • partial_activity_along_z_positive_type - optional; type nodal_support_partial_activity_along_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_x_negative_moment - optional; type double
      • partial_activity_around_x_negative_rotation - optional; type double
      • partial_activity_around_x_negative_slippage - optional; type double
      • partial_activity_around_x_negative_type - optional; type nodal_support_partial_activity_around_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_x_positive_moment - optional; type double
      • partial_activity_around_x_positive_rotation - optional; type double
      • partial_activity_around_x_positive_slippage - optional; type double
      • partial_activity_around_x_positive_type - optional; type nodal_support_partial_activity_around_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_y_negative_moment - optional; type double
      • partial_activity_around_y_negative_rotation - optional; type double
      • partial_activity_around_y_negative_slippage - optional; type double
      • partial_activity_around_y_negative_type - optional; type nodal_support_partial_activity_around_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_y_positive_moment - optional; type double
      • partial_activity_around_y_positive_rotation - optional; type double
      • partial_activity_around_y_positive_slippage - optional; type double
      • partial_activity_around_y_positive_type - optional; type nodal_support_partial_activity_around_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_z_negative_moment - optional; type double
      • partial_activity_around_z_negative_rotation - optional; type double
      • partial_activity_around_z_negative_slippage - optional; type double
      • partial_activity_around_z_negative_type - optional; type nodal_support_partial_activity_around_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • partial_activity_around_z_positive_moment - optional; type double
      • partial_activity_around_z_positive_rotation - optional; type double
      • partial_activity_around_z_positive_slippage - optional; type double
      • partial_activity_around_z_positive_type - optional; type nodal_support_partial_activity_around_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
      • rotated_about_angle_1 - optional; type double
      • rotated_about_angle_2 - optional; type double
      • rotated_about_angle_3 - optional; type double
      • rotated_about_angle_x - optional; type double
      • rotated_about_angle_y - optional; type double
      • rotated_about_angle_z - optional; type double
      • specific_direction_enabled - optional; type boolean
      • specific_direction_type - optional; type nodal_support_specific_direction_type - type undefined with restriction - enum { 'DIRECTION_TYPE_DIRECTED_TO_NODE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_LINE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_MEMBER', 'DIRECTION_TYPE_PARALLEL_TO_TWO_NODES', 'DIRECTION_TYPE_ROTATED_VIA_3_ANGLES' }
      • stiffness_diagram_around_x_depends_on - optional; type nodal_support_stiffness_diagram_around_x_depends_on - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_DEPENDS_ON_P', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PX', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PY', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PZ' }
      • stiffness_diagram_around_x_end - optional; type nodal_support_stiffness_diagram_around_x_end - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
      • stiffness_diagram_around_x_is_sorted - optional; type boolean
      • stiffness_diagram_around_x_start - optional; type nodal_support_stiffness_diagram_around_x_start - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
      • stiffness_diagram_around_x_symmetric - optional; type boolean
      • stiffness_diagram_around_x_table - optional; type array_of_nodal_support_stiffness_diagram_around_x_table
        • nodal_support_stiffness_diagram_around_x_table - optional, unbounded; type nodal_support_stiffness_diagram_around_x_table
          • no - optional; type int
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • stiffness_diagram_around_y_depends_on - optional; type nodal_support_stiffness_diagram_around_y_depends_on - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_DEPENDS_ON_P', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PX', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PY', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PZ' }
      • stiffness_diagram_around_y_end - optional; type nodal_support_stiffness_diagram_around_y_end - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
      • stiffness_diagram_around_y_is_sorted - optional; type boolean
      • stiffness_diagram_around_y_start - optional; type nodal_support_stiffness_diagram_around_y_start - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
      • stiffness_diagram_around_y_symmetric - optional; type boolean
      • stiffness_diagram_around_y_table - optional; type array_of_nodal_support_stiffness_diagram_around_y_table
        • nodal_support_stiffness_diagram_around_y_table - optional, unbounded; type nodal_support_stiffness_diagram_around_y_table
          • no - optional; type int
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • stiffness_diagram_around_z_depends_on - optional; type nodal_support_stiffness_diagram_around_z_depends_on - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_DEPENDS_ON_P', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PX', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PY', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PZ' }
      • stiffness_diagram_around_z_end - optional; type nodal_support_stiffness_diagram_around_z_end - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
      • stiffness_diagram_around_z_is_sorted - optional; type boolean
      • stiffness_diagram_around_z_start - optional; type nodal_support_stiffness_diagram_around_z_start - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
      • stiffness_diagram_around_z_symmetric - optional; type boolean
      • stiffness_diagram_around_z_table - optional; type array_of_nodal_support_stiffness_diagram_around_z_table
        • nodal_support_stiffness_diagram_around_z_table - optional, unbounded; type nodal_support_stiffness_diagram_around_z_table
          • no - optional; type int
          • force - optional; type double
          • spring - optional; type double
          • note - optional; type string
      • support_dimension_diameter_x - optional; type double
      • support_dimension_diameter_y - optional; type double
      • support_dimension_diameter_z - optional; type double
      • support_dimension_height_x - optional; type double
      • support_dimension_height_y - optional; type double
      • support_dimension_height_z - optional; type double
      • support_dimension_type_on_x - optional; type nodal_support_support_dimension_type_on_x - type undefined with restriction - enum { 'SUPPORT_DIMENSION_TYPE_CIRCULAR', 'SUPPORT_DIMENSION_TYPE_NONE', 'SUPPORT_DIMENSION_TYPE_RECTANGULAR' }
      • support_dimension_type_on_y - optional; type nodal_support_support_dimension_type_on_y - type undefined with restriction - enum { 'SUPPORT_DIMENSION_TYPE_CIRCULAR', 'SUPPORT_DIMENSION_TYPE_NONE', 'SUPPORT_DIMENSION_TYPE_RECTANGULAR' }
      • support_dimension_type_on_z - optional; type nodal_support_support_dimension_type_on_z - type undefined with restriction - enum { 'SUPPORT_DIMENSION_TYPE_CIRCULAR', 'SUPPORT_DIMENSION_TYPE_NONE', 'SUPPORT_DIMENSION_TYPE_RECTANGULAR' }
      • support_dimension_width_x - optional; type double
      • support_dimension_width_y - optional; type double
      • support_dimension_width_z - optional; type double
      • support_dimensions_enabled - optional; type boolean
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
68. get_node
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_node
    Input:
    get_node_request (soap:body, use = literal)Source code
    parameters type get_node

    • no type int
    Output:
    get_node_response (soap:body, use = literal)Source code
    parameters type get_nodeResponse

    • value type node
      • no type int
      • type - optional; type node_type - type undefined with restriction - enum { 'TYPE_BETWEEN_TWO_NODES', 'TYPE_BETWEEN_TWO_POINTS', 'TYPE_ON_LINE', 'TYPE_ON_MEMBER', 'TYPE_STANDARD' }
      • reference_node - optional; type int
      • coordinate_system - optional; type int
      • coordinate_system_type - optional; type node_coordinate_system_type - type undefined with restriction - enum { 'COORDINATE_SYSTEM_CARTESIAN', 'COORDINATE_SYSTEM_POLAR', 'COORDINATE_SYSTEM_X_CYLINDRICAL', 'COORDINATE_SYSTEM_Y_CYLINDRICAL', 'COORDINATE_SYSTEM_Z_CYLINDRICAL' }
      • coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • coordinate_1 - optional; type double
      • coordinate_2 - optional; type double
      • coordinate_3 - optional; type double
      • global_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • global_coordinate_1 - optional; type double
      • global_coordinate_2 - optional; type double
      • global_coordinate_3 - optional; type double
      • between_two_nodes_start_node - optional; type int
      • between_two_points_start_point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • between_two_points_start_point_coordinate_1 - optional; type double
      • between_two_points_start_point_coordinate_2 - optional; type double
      • between_two_points_start_point_coordinate_3 - optional; type double
      • between_two_nodes_end_node - optional; type int
      • between_two_points_end_point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • between_two_points_end_point_coordinate_1 - optional; type double
      • between_two_points_end_point_coordinate_2 - optional; type double
      • between_two_points_end_point_coordinate_3 - optional; type double
      • on_line_reference_line - optional; type int
      • on_member_reference_member - optional; type int
      • reference_type - optional; type node_reference_type - type undefined with restriction - enum { 'REFERENCE_TYPE_L', 'REFERENCE_TYPE_XY', 'REFERENCE_TYPE_XZ', 'REFERENCE_TYPE_YZ' }
      • reference_object_projected_length - optional; type double
      • distance_from_start_is_defined_as_relative - optional; type boolean
      • distance_from_start_relative - optional; type double
      • distance_from_start_absolute - optional; type double
      • offset_in_local_direction_y - optional; type double
      • offset_in_local_direction_z - optional; type double
      • offset_in_global_direction_x - optional; type double
      • offset_in_global_direction_y - optional; type double
      • offset_in_global_direction_z - optional; type double
      • support - optional; type int
      • mesh_refinement - optional; type int
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
69. get_note
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_note
    Input:
    get_note_request (soap:body, use = literal)Source code
    parameters type get_note

    • no type int
    Output:
    get_note_response (soap:body, use = literal)Source code
    parameters type get_noteResponse

    • value type note
      • no type int
      • type - optional; type note_type - type undefined with restriction - enum { 'NOTE_TYPE_LINE', 'NOTE_TYPE_MEMBER', 'NOTE_TYPE_NODE', 'NOTE_TYPE_POINT', 'NOTE_TYPE_SURFACE' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • text - optional; type string
      • point_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • point_coordinate_x - optional; type double
      • point_coordinate_y - optional; type double
      • point_coordinate_z - optional; type double
      • node - optional; type int
      • member - optional; type int
      • member_reference_type - optional; type note_member_reference_type - type undefined with restriction - enum { 'REFERENCE_TYPE_L', 'REFERENCE_TYPE_XY', 'REFERENCE_TYPE_XZ', 'REFERENCE_TYPE_YZ' }
      • member_length - optional; type double
      • member_distance_is_defined_as_relative - optional; type boolean
      • member_distance_relative - optional; type double
      • member_distance_absolute - optional; type double
      • line - optional; type int
      • line_length - optional; type double
      • surface - optional; type int
      • surface_reference_type - optional; type note_surface_reference_type - type undefined with restriction - enum { 'OFFSET_TYPE_XY', 'OFFSET_TYPE_XZ', 'OFFSET_TYPE_YZ' }
      • surface_first_coordinate - optional; type double
      • surface_second_coordinate - optional; type double
      • offset - optional; type boolean
      • offset_type - optional; type note_offset_type - type undefined with restriction - enum { 'OFFSET_TYPE_XY', 'OFFSET_TYPE_XYZ', 'OFFSET_TYPE_XZ', 'OFFSET_TYPE_YZ' }
      • offset_coordinate - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • offset_coordinate_x - optional; type double
      • offset_coordinate_y - optional; type double
      • offset_coordinate_z - optional; type double
      • rotation - optional; type double
      • show_comment - optional; type boolean
      • display_properties_index - optional; type int
      • comment - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
70. get_nth_object_number
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_nth_object_number
    Input:
    get_nth_object_number_request (soap:body, use = literal)Source code
    parameters type get_nth_object_number

    • type type object_types - type undefined with restriction - enum { 'E_OBJECT_TYPE_ACTION', 'E_OBJECT_TYPE_ACTION_COMBINATION', 'E_OBJECT_TYPE_BUILDING_STORY', 'E_OBJECT_TYPE_CLIPPING_BOX', 'E_OBJECT_TYPE_CLIPPING_PLANE', 'E_OBJECT_TYPE_COMBINATION_WIZARD', 'E_OBJECT_TYPE_COORDINATE_SYSTEM', 'E_OBJECT_TYPE_CUTTING_LINE_SETTING', 'E_OBJECT_TYPE_CUTTING_PATTERN', 'E_OBJECT_TYPE_DESIGN_SITUATION', 'E_OBJECT_TYPE_DESIGN_SUPPORT', 'E_OBJECT_TYPE_DIMENSION', 'E_OBJECT_TYPE_ENLARGED_COLUMN_HEAD', 'E_OBJECT_TYPE_FREE_CIRCULAR_LOAD', 'E_OBJECT_TYPE_FREE_CONCENTRATED_LOAD', 'E_OBJECT_TYPE_FREE_LINE_LOAD', 'E_OBJECT_TYPE_FREE_POLYGON_LOAD', 'E_OBJECT_TYPE_FREE_RECTANGULAR_LOAD', 'E_OBJECT_TYPE_IMPERFECTION_CASE', 'E_OBJECT_TYPE_IMPOSED_LINE_DEFORMATION', 'E_OBJECT_TYPE_IMPOSED_NODAL_DEFORMATION', 'E_OBJECT_TYPE_INTERSECTION', 'E_OBJECT_TYPE_LINE', 'E_OBJECT_TYPE_LINE_GRID', 'E_OBJECT_TYPE_LINE_HINGE', 'E_OBJECT_TYPE_LINE_LOAD', 'E_OBJECT_TYPE_LINE_MESH_REFINEMENT', 'E_OBJECT_TYPE_LINE_SET', 'E_OBJECT_TYPE_LINE_SET_LOAD', 'E_OBJECT_TYPE_LINE_SUPPORT', 'E_OBJECT_TYPE_LINE_WELDED_JOINT', 'E_OBJECT_TYPE_LOAD_CASE', 'E_OBJECT_TYPE_LOAD_COMBINATION', 'E_OBJECT_TYPE_MATERIAL', 'E_OBJECT_TYPE_MEMBER', 'E_OBJECT_TYPE_MEMBER_DEFINABLE_STIFFNESS', 'E_OBJECT_TYPE_MEMBER_ECCENTRICITY', 'E_OBJECT_TYPE_MEMBER_HINGE', 'E_OBJECT_TYPE_MEMBER_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_LOAD', 'E_OBJECT_TYPE_MEMBER_NONLINEARITY', 'E_OBJECT_TYPE_MEMBER_REPRESENTATIVE', 'E_OBJECT_TYPE_MEMBER_RESULT_INTERMEDIATE_POINT', 'E_OBJECT_TYPE_MEMBER_SET', 'E_OBJECT_TYPE_MEMBER_SET_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_SET_LOAD', 'E_OBJECT_TYPE_MEMBER_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_MEMBER_SUPPORT', 'E_OBJECT_TYPE_MEMBER_TRANSVERSE_STIFFENER', 'E_OBJECT_TYPE_NODAL_LOAD', 'E_OBJECT_TYPE_NODAL_MESH_REFINEMENT', 'E_OBJECT_TYPE_NODAL_SUPPORT', 'E_OBJECT_TYPE_NODE', 'E_OBJECT_TYPE_NOTE', 'E_OBJECT_TYPE_OBJECT_SNAP', 'E_OBJECT_TYPE_OPENING', 'E_OBJECT_TYPE_OPENING_LOAD', 'E_OBJECT_TYPE_RESULT_COMBINATION', 'E_OBJECT_TYPE_RESULT_SECTION', 'E_OBJECT_TYPE_RIGID_LINK', 'E_OBJECT_TYPE_SECTION', 'E_OBJECT_TYPE_SOLID', 'E_OBJECT_TYPE_SOLID_CONTACTS', 'E_OBJECT_TYPE_SOLID_GAS', 'E_OBJECT_TYPE_SOLID_LOAD', 'E_OBJECT_TYPE_SOLID_MESH_REFINEMENT', 'E_OBJECT_TYPE_SOLID_SET', 'E_OBJECT_TYPE_SOLID_SET_LOAD', 'E_OBJECT_TYPE_STATIC_ANALYSIS_SETTINGS', 'E_OBJECT_TYPE_STRUCTURE_MODIFICATION', 'E_OBJECT_TYPE_SURFACE', 'E_OBJECT_TYPE_SURFACES_CONTACT', 'E_OBJECT_TYPE_SURFACES_CONTACT_TYPE', 'E_OBJECT_TYPE_SURFACE_ECCENTRICITY', 'E_OBJECT_TYPE_SURFACE_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_LOAD', 'E_OBJECT_TYPE_SURFACE_MESH_REFINEMENT', 'E_OBJECT_TYPE_SURFACE_RESULTS_ADJUSTMENT', 'E_OBJECT_TYPE_SURFACE_SET', 'E_OBJECT_TYPE_SURFACE_SET_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_SET_LOAD', 'E_OBJECT_TYPE_SURFACE_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_SURFACE_SUPPORT', 'E_OBJECT_TYPE_THICKNESS' }
    • order type int
    • parent_no - optional; type int
    Output:
    get_nth_object_number_response (soap:body, use = literal)Source code
    parameters type get_nth_object_numberResponse

    • value type int
71. get_object_count
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_object_count
    Input:
    get_object_count_request (soap:body, use = literal)Source code
    parameters type get_object_count

    • type type object_types - type undefined with restriction - enum { 'E_OBJECT_TYPE_ACTION', 'E_OBJECT_TYPE_ACTION_COMBINATION', 'E_OBJECT_TYPE_BUILDING_STORY', 'E_OBJECT_TYPE_CLIPPING_BOX', 'E_OBJECT_TYPE_CLIPPING_PLANE', 'E_OBJECT_TYPE_COMBINATION_WIZARD', 'E_OBJECT_TYPE_COORDINATE_SYSTEM', 'E_OBJECT_TYPE_CUTTING_LINE_SETTING', 'E_OBJECT_TYPE_CUTTING_PATTERN', 'E_OBJECT_TYPE_DESIGN_SITUATION', 'E_OBJECT_TYPE_DESIGN_SUPPORT', 'E_OBJECT_TYPE_DIMENSION', 'E_OBJECT_TYPE_ENLARGED_COLUMN_HEAD', 'E_OBJECT_TYPE_FREE_CIRCULAR_LOAD', 'E_OBJECT_TYPE_FREE_CONCENTRATED_LOAD', 'E_OBJECT_TYPE_FREE_LINE_LOAD', 'E_OBJECT_TYPE_FREE_POLYGON_LOAD', 'E_OBJECT_TYPE_FREE_RECTANGULAR_LOAD', 'E_OBJECT_TYPE_IMPERFECTION_CASE', 'E_OBJECT_TYPE_IMPOSED_LINE_DEFORMATION', 'E_OBJECT_TYPE_IMPOSED_NODAL_DEFORMATION', 'E_OBJECT_TYPE_INTERSECTION', 'E_OBJECT_TYPE_LINE', 'E_OBJECT_TYPE_LINE_GRID', 'E_OBJECT_TYPE_LINE_HINGE', 'E_OBJECT_TYPE_LINE_LOAD', 'E_OBJECT_TYPE_LINE_MESH_REFINEMENT', 'E_OBJECT_TYPE_LINE_SET', 'E_OBJECT_TYPE_LINE_SET_LOAD', 'E_OBJECT_TYPE_LINE_SUPPORT', 'E_OBJECT_TYPE_LINE_WELDED_JOINT', 'E_OBJECT_TYPE_LOAD_CASE', 'E_OBJECT_TYPE_LOAD_COMBINATION', 'E_OBJECT_TYPE_MATERIAL', 'E_OBJECT_TYPE_MEMBER', 'E_OBJECT_TYPE_MEMBER_DEFINABLE_STIFFNESS', 'E_OBJECT_TYPE_MEMBER_ECCENTRICITY', 'E_OBJECT_TYPE_MEMBER_HINGE', 'E_OBJECT_TYPE_MEMBER_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_LOAD', 'E_OBJECT_TYPE_MEMBER_NONLINEARITY', 'E_OBJECT_TYPE_MEMBER_REPRESENTATIVE', 'E_OBJECT_TYPE_MEMBER_RESULT_INTERMEDIATE_POINT', 'E_OBJECT_TYPE_MEMBER_SET', 'E_OBJECT_TYPE_MEMBER_SET_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_SET_LOAD', 'E_OBJECT_TYPE_MEMBER_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_MEMBER_SUPPORT', 'E_OBJECT_TYPE_MEMBER_TRANSVERSE_STIFFENER', 'E_OBJECT_TYPE_NODAL_LOAD', 'E_OBJECT_TYPE_NODAL_MESH_REFINEMENT', 'E_OBJECT_TYPE_NODAL_SUPPORT', 'E_OBJECT_TYPE_NODE', 'E_OBJECT_TYPE_NOTE', 'E_OBJECT_TYPE_OBJECT_SNAP', 'E_OBJECT_TYPE_OPENING', 'E_OBJECT_TYPE_OPENING_LOAD', 'E_OBJECT_TYPE_RESULT_COMBINATION', 'E_OBJECT_TYPE_RESULT_SECTION', 'E_OBJECT_TYPE_RIGID_LINK', 'E_OBJECT_TYPE_SECTION', 'E_OBJECT_TYPE_SOLID', 'E_OBJECT_TYPE_SOLID_CONTACTS', 'E_OBJECT_TYPE_SOLID_GAS', 'E_OBJECT_TYPE_SOLID_LOAD', 'E_OBJECT_TYPE_SOLID_MESH_REFINEMENT', 'E_OBJECT_TYPE_SOLID_SET', 'E_OBJECT_TYPE_SOLID_SET_LOAD', 'E_OBJECT_TYPE_STATIC_ANALYSIS_SETTINGS', 'E_OBJECT_TYPE_STRUCTURE_MODIFICATION', 'E_OBJECT_TYPE_SURFACE', 'E_OBJECT_TYPE_SURFACES_CONTACT', 'E_OBJECT_TYPE_SURFACES_CONTACT_TYPE', 'E_OBJECT_TYPE_SURFACE_ECCENTRICITY', 'E_OBJECT_TYPE_SURFACE_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_LOAD', 'E_OBJECT_TYPE_SURFACE_MESH_REFINEMENT', 'E_OBJECT_TYPE_SURFACE_RESULTS_ADJUSTMENT', 'E_OBJECT_TYPE_SURFACE_SET', 'E_OBJECT_TYPE_SURFACE_SET_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_SET_LOAD', 'E_OBJECT_TYPE_SURFACE_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_SURFACE_SUPPORT', 'E_OBJECT_TYPE_THICKNESS' }
    • parent_no - optional; type int
    Output:
    get_object_count_response (soap:body, use = literal)Source code
    parameters type get_object_countResponse

    • value type int
72. get_object_information
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_object_information
    Input:
    get_object_information_request (soap:body, use = literal)Source code
    parameters type get_object_information

    • type type object_types - type undefined with restriction - enum { 'E_OBJECT_TYPE_ACTION', 'E_OBJECT_TYPE_ACTION_COMBINATION', 'E_OBJECT_TYPE_BUILDING_STORY', 'E_OBJECT_TYPE_CLIPPING_BOX', 'E_OBJECT_TYPE_CLIPPING_PLANE', 'E_OBJECT_TYPE_COMBINATION_WIZARD', 'E_OBJECT_TYPE_COORDINATE_SYSTEM', 'E_OBJECT_TYPE_CUTTING_LINE_SETTING', 'E_OBJECT_TYPE_CUTTING_PATTERN', 'E_OBJECT_TYPE_DESIGN_SITUATION', 'E_OBJECT_TYPE_DESIGN_SUPPORT', 'E_OBJECT_TYPE_DIMENSION', 'E_OBJECT_TYPE_ENLARGED_COLUMN_HEAD', 'E_OBJECT_TYPE_FREE_CIRCULAR_LOAD', 'E_OBJECT_TYPE_FREE_CONCENTRATED_LOAD', 'E_OBJECT_TYPE_FREE_LINE_LOAD', 'E_OBJECT_TYPE_FREE_POLYGON_LOAD', 'E_OBJECT_TYPE_FREE_RECTANGULAR_LOAD', 'E_OBJECT_TYPE_IMPERFECTION_CASE', 'E_OBJECT_TYPE_IMPOSED_LINE_DEFORMATION', 'E_OBJECT_TYPE_IMPOSED_NODAL_DEFORMATION', 'E_OBJECT_TYPE_INTERSECTION', 'E_OBJECT_TYPE_LINE', 'E_OBJECT_TYPE_LINE_GRID', 'E_OBJECT_TYPE_LINE_HINGE', 'E_OBJECT_TYPE_LINE_LOAD', 'E_OBJECT_TYPE_LINE_MESH_REFINEMENT', 'E_OBJECT_TYPE_LINE_SET', 'E_OBJECT_TYPE_LINE_SET_LOAD', 'E_OBJECT_TYPE_LINE_SUPPORT', 'E_OBJECT_TYPE_LINE_WELDED_JOINT', 'E_OBJECT_TYPE_LOAD_CASE', 'E_OBJECT_TYPE_LOAD_COMBINATION', 'E_OBJECT_TYPE_MATERIAL', 'E_OBJECT_TYPE_MEMBER', 'E_OBJECT_TYPE_MEMBER_DEFINABLE_STIFFNESS', 'E_OBJECT_TYPE_MEMBER_ECCENTRICITY', 'E_OBJECT_TYPE_MEMBER_HINGE', 'E_OBJECT_TYPE_MEMBER_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_LOAD', 'E_OBJECT_TYPE_MEMBER_NONLINEARITY', 'E_OBJECT_TYPE_MEMBER_REPRESENTATIVE', 'E_OBJECT_TYPE_MEMBER_RESULT_INTERMEDIATE_POINT', 'E_OBJECT_TYPE_MEMBER_SET', 'E_OBJECT_TYPE_MEMBER_SET_IMPERFECTION', 'E_OBJECT_TYPE_MEMBER_SET_LOAD', 'E_OBJECT_TYPE_MEMBER_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_MEMBER_SUPPORT', 'E_OBJECT_TYPE_MEMBER_TRANSVERSE_STIFFENER', 'E_OBJECT_TYPE_NODAL_LOAD', 'E_OBJECT_TYPE_NODAL_MESH_REFINEMENT', 'E_OBJECT_TYPE_NODAL_SUPPORT', 'E_OBJECT_TYPE_NODE', 'E_OBJECT_TYPE_NOTE', 'E_OBJECT_TYPE_OBJECT_SNAP', 'E_OBJECT_TYPE_OPENING', 'E_OBJECT_TYPE_OPENING_LOAD', 'E_OBJECT_TYPE_RESULT_COMBINATION', 'E_OBJECT_TYPE_RESULT_SECTION', 'E_OBJECT_TYPE_RIGID_LINK', 'E_OBJECT_TYPE_SECTION', 'E_OBJECT_TYPE_SOLID', 'E_OBJECT_TYPE_SOLID_CONTACTS', 'E_OBJECT_TYPE_SOLID_GAS', 'E_OBJECT_TYPE_SOLID_LOAD', 'E_OBJECT_TYPE_SOLID_MESH_REFINEMENT', 'E_OBJECT_TYPE_SOLID_SET', 'E_OBJECT_TYPE_SOLID_SET_LOAD', 'E_OBJECT_TYPE_STATIC_ANALYSIS_SETTINGS', 'E_OBJECT_TYPE_STRUCTURE_MODIFICATION', 'E_OBJECT_TYPE_SURFACE', 'E_OBJECT_TYPE_SURFACES_CONTACT', 'E_OBJECT_TYPE_SURFACES_CONTACT_TYPE', 'E_OBJECT_TYPE_SURFACE_ECCENTRICITY', 'E_OBJECT_TYPE_SURFACE_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_LOAD', 'E_OBJECT_TYPE_SURFACE_MESH_REFINEMENT', 'E_OBJECT_TYPE_SURFACE_RESULTS_ADJUSTMENT', 'E_OBJECT_TYPE_SURFACE_SET', 'E_OBJECT_TYPE_SURFACE_SET_IMPERFECTION', 'E_OBJECT_TYPE_SURFACE_SET_LOAD', 'E_OBJECT_TYPE_SURFACE_STIFFNESS_MODIFICATION', 'E_OBJECT_TYPE_SURFACE_SUPPORT', 'E_OBJECT_TYPE_THICKNESS' }
    Output:
    get_object_information_response (soap:body, use = literal)Source code
    parameters type get_object_informationResponse

    • value type object_information
      • singular_name type string
      • plural_name type string
      • attributes type attributes
        • attribute_information - optional, unbounded; type attribute
          • id - optional; type string
          • name - optional; type string
          • symbol - optional; type string
          • plane_symbol - optional; type string
          • table_column - optional; type table_column
            • index type int
            • header_text type string
            • header_top_text type string
            • header_merged_cells type int
            • width type int
            • horizontal_alignment type horizontal_alignment - type undefined with restriction - enum { 'ALIGN_ABSOLUTE', 'ALIGN_CENTER', 'ALIGN_JUSTIFY', 'ALIGN_LEFT', 'ALIGN_RIGHT', 'ALIGN_UNKNOWN' }
            • vertical_alignment type vertical_alignment - type undefined with restriction - enum { 'ALIGN_BASELINE', 'ALIGN_BOTTOM', 'ALIGN_CENTER', 'ALIGN_TOP', 'ALIGN_UNKNOWN' }
73. get_object_snap
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_object_snap
    Input:
    get_object_snap_request (soap:body, use = literal)Source code
    parameters type get_object_snap

    • no type int
    Output:
    get_object_snap_response (soap:body, use = literal)Source code
    parameters type get_object_snapResponse

    • value type object_snap
      • no type int
      • type - optional; type object_snap_type - type undefined with restriction - enum { 'TYPE_STANDARD' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • snap_nodes - optional; type boolean
      • snap_centers_and_focuses - optional; type boolean
      • snap_intersections - optional; type boolean
      • snap_perpendicular - optional; type boolean
      • snap_extend - optional; type boolean
      • snap_parallel - optional; type boolean
      • snap_tangent - optional; type boolean
      • snap_shapes - optional; type boolean
      • snap_parts - optional; type boolean
      • snap_absolute_distance - optional; type boolean
      • snap_relative_distance - optional; type boolean
      • snap_snappable_points_only - optional; type boolean
      • snap_guidelines - optional; type boolean
      • snap_background_layers - optional; type boolean
      • snap_line_grids - optional; type boolean
      • comment - optional; type string
      • parts_count - optional; type int
      • absolute_distance - optional; type double
      • relative_distance - optional; type double
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
74. get_opening
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_opening
    Input:
    get_opening_request (soap:body, use = literal)Source code
    parameters type get_opening

    • no type int
    Output:
    get_opening_response (soap:body, use = literal)Source code
    parameters type get_openingResponse

    • value type opening
      • no type int
      • area - optional; type double
      • boundary_lines - optional; type array_of_int
      • center_of_opening - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_of_opening_x - optional; type double
      • center_of_opening_y - optional; type double
      • center_of_opening_z - optional; type double
      • position_full_description - optional; type string
      • position_short_description - optional; type string
      • surfaces - optional; type array_of_int
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
75. get_opening_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_opening_load
    Input:
    get_opening_load_request (soap:body, use = literal)Source code
    parameters type get_opening_load

    • no type int
    • load_case_no type int
    Output:
    get_opening_load_response (soap:body, use = literal)Source code
    parameters type get_opening_loadResponse

    • value type opening_load
      • no type int
      • comment - optional; type string
      • coordinate_system - optional; type string
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • load_case - optional; type int
      • load_direction - optional; type opening_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_Z' }
      • load_distribution - optional; type opening_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM_TRAPEZOIDAL' }
      • load_type - optional; type opening_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_FORCE' }
      • magnitude - optional; type double
      • magnitude_1 - optional; type double
      • magnitude_2 - optional; type double
      • magnitude_3 - optional; type double
      • node_1 - optional; type int
      • node_2 - optional; type int
      • node_3 - optional; type int
      • openings - optional; type array_of_int
      • smooth_punctual_load_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
76. get_result_combination
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_result_combination
    Input:
    get_result_combination_request (soap:body, use = literal)Source code
    parameters type get_result_combination

    • no type int
    Output:
    get_result_combination_response (soap:body, use = literal)Source code
    parameters type get_result_combinationResponse

    • value type result_combination
      • no type int
      • design_situation - optional; type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • to_solve - optional; type boolean
      • comment - optional; type string
      • combination_type - optional; type result_combination_combination_type - type undefined with restriction - enum { 'COMBINATION_TYPE_ENVELOPE_PERMANENT', 'COMBINATION_TYPE_ENVELOPE_TRANSIENT', 'COMBINATION_TYPE_GENERAL', 'COMBINATION_TYPE_SUPERPOSITION' }
      • srss_combination - optional; type boolean
      • srss_extreme_value_sign - optional; type result_combination_srss_extreme_value_sign - type undefined with restriction - enum { 'EXTREME_VALUE_SIGN_ACCORDING_TO_LC_CO', 'EXTREME_VALUE_SIGN_NEGATIVE', 'EXTREME_VALUE_SIGN_POSITIVE', 'EXTREME_VALUE_SIGN_POSITIVE_OR_NEGATIVE' }
      • srss_use_equivalent_linear_combination - optional; type boolean
      • srss_according_load_case_or_combination - optional; type int
      • items - optional; type array_of_result_combination_items
        • result_combination_items - optional, unbounded; type result_combination_items
          • no - optional; type int
          • case_object_item - optional; type int
          • operator_type - optional; type operator_type - type undefined with restriction - enum { 'OPERATOR_AND', 'OPERATOR_NONE', 'OPERATOR_OR' }
          • left_parenthesis - optional; type boolean
          • right_parenthesis - optional; type boolean
          • group_factor - optional; type double
          • case_object_factor - optional; type double
          • case_object_sub_result_type - optional; type case_object_sub_result_type - type undefined with restriction - enum { 'SUB_RESULT_INCREMENTAL_ALL', 'SUB_RESULT_INCREMENTAL_FINAL_STATE', 'SUB_RESULT_INCREMENTAL_SUB_RESULT_ID', 'SUB_RESULT_SPECTRAL', 'SUB_RESULT_SPECTRAL_X', 'SUB_RESULT_SPECTRAL_Y', 'SUB_RESULT_SPECTRAL_Z' }
          • case_object_sub_result_id - optional; type int
          • case_object_load_type - optional; type case_object_load_type - type undefined with restriction - enum { 'LOAD_TYPE_PERMANENT', 'LOAD_TYPE_TRANSIENT' }
          • group_load_type - optional; type group_load_type - type undefined with restriction - enum { 'LOAD_TYPE_PERMANENT', 'LOAD_TYPE_TRANSIENT' }
          • action - optional; type int
          • is_leading - optional; type boolean
          • gamma - optional; type double
          • psi - optional; type double
          • xi - optional; type double
          • k_fi - optional; type double
          • c_esl - optional; type double
          • k_def - optional; type double
          • psi_0 - optional; type double
          • psi_1 - optional; type double
          • psi_2 - optional; type double
          • fi - optional; type double
          • gamma_0 - optional; type double
          • alfa - optional; type double
          • k_f - optional; type double
          • phi - optional; type double
          • rho - optional; type double
          • omega_0 - optional; type double
      • generate_subcombinations - optional; type boolean
      • is_generated - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
77. get_result_section
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_result_section
    Input:
    get_result_section_request (soap:body, use = literal)Source code
    parameters type get_result_section

    • no type int
    Output:
    get_result_section_response (soap:body, use = literal)Source code
    parameters type get_result_sectionResponse

    • value type result_section
      • no type int
      • type - optional; type result_section_type - type undefined with restriction - enum { 'TYPE_2_POINTS_AND_VECTOR', 'TYPE_LINE' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • assigned_to_surfaces - optional; type array_of_int
      • assigned_to_solids - optional; type array_of_int
      • show_results_in_direction - optional; type result_section_show_results_in_direction - type undefined with restriction - enum { 'SHOW_RESULTS_IN_GLOBAL_MINUS_X', 'SHOW_RESULTS_IN_GLOBAL_MINUS_Y', 'SHOW_RESULTS_IN_GLOBAL_MINUS_Z', 'SHOW_RESULTS_IN_GLOBAL_PLUS_X', 'SHOW_RESULTS_IN_GLOBAL_PLUS_Y', 'SHOW_RESULTS_IN_GLOBAL_PLUS_Z', 'SHOW_RESULTS_IN_LOCAL_MINUS_Z', 'SHOW_RESULTS_IN_LOCAL_PLUS_Y', 'SHOW_RESULTS_IN_LOCAL_PLUS_Z' }
      • coordinate_system - optional; type int
      • show_values_on_isolines_enabled - optional; type boolean
      • lines - optional; type array_of_int
      • first_point - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • first_point_coordinate_1 - optional; type double
      • first_point_coordinate_2 - optional; type double
      • first_point_coordinate_3 - optional; type double
      • second_point - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • second_point_coordinate_1 - optional; type double
      • second_point_coordinate_2 - optional; type double
      • second_point_coordinate_3 - optional; type double
      • projection_in_direction - optional; type result_section_projection_in_direction - type undefined with restriction - enum { 'PROJECTION_IN_GLOBAL_X', 'PROJECTION_IN_GLOBAL_Y', 'PROJECTION_IN_GLOBAL_Z', 'PROJECTION_IN_USER_DEFINED_U', 'PROJECTION_IN_USER_DEFINED_V', 'PROJECTION_IN_USER_DEFINED_W', 'PROJECTION_IN_VECTOR' }
      • vector - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • vector_coordinate_1 - optional; type double
      • vector_coordinate_2 - optional; type double
      • vector_coordinate_3 - optional; type double
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
78. get_rigid_link
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_rigid_link
    Input:
    get_rigid_link_request (soap:body, use = literal)Source code
    parameters type get_rigid_link

    • no type int
    Output:
    get_rigid_link_response (soap:body, use = literal)Source code
    parameters type get_rigid_linkResponse

    • value type rigid_link
      • no type int
      • type - optional; type rigid_link_type - type undefined with restriction - enum { 'TYPE_LINE_TO_LINE', 'TYPE_LINE_TO_SURFACE' }
      • line1 - optional; type int
      • line2 - optional; type int
      • surface - optional; type int
      • rigid_link_type - optional; type rigid_link_rigid_link_type - type undefined with restriction - enum { 'RESILIENT', 'RIGID' }
      • comment - optional; type string
      • ignore_relative_position - optional; type boolean
      • user_defined_distribution - optional; type boolean
      • line1_start_is_relative - optional; type boolean
      • line1_start_relative - optional; type double
      • line1_start_absolute - optional; type double
      • line1_end_is_relative - optional; type boolean
      • line1_end_relative - optional; type double
      • line1_end_absolute - optional; type double
      • line2_start_is_relative - optional; type boolean
      • line2_start_relative - optional; type double
      • line2_start_absolute - optional; type double
      • line2_end_is_relative - optional; type boolean
      • line2_end_relative - optional; type double
      • line2_end_absolute - optional; type double
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
79. get_section
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_section
    Input:
    get_section_request (soap:body, use = literal)Source code
    parameters type get_section

    • no type int
    Output:
    get_section_response (soap:body, use = literal)Source code
    parameters type get_sectionResponse

    • value type section
      • no type int
      • type - optional; type section_type - type undefined with restriction - enum { 'TYPE_BASIC', 'TYPE_BUILT_UP_STEEL', 'TYPE_BUILT_UP_TIMBER', 'TYPE_GENERAL_BY_RSECTION', 'TYPE_PARAMETRIC_BARS', 'TYPE_PARAMETRIC_BRIDGES', 'TYPE_PARAMETRIC_MASSIVE_I', 'TYPE_PARAMETRIC_MASSIVE_II', 'TYPE_PARAMETRIC_THIN_WALLED', 'TYPE_PHASE', 'TYPE_STANDARDIZED_STEEL', 'TYPE_STANDARDIZED_TIMBER' }
      • manufacturing_type - optional; type section_manufacturing_type - type undefined with restriction - enum { 'MANUFACTURING_TYPE_COLD_FORMED', 'MANUFACTURING_TYPE_GLULAM', 'MANUFACTURING_TYPE_HOT_ROLLED', 'MANUFACTURING_TYPE_NONE', 'MANUFACTURING_TYPE_SAWN', 'MANUFACTURING_TYPE_WELDED' }
      • name - optional; type string
      • shear_stiffness_deactivated - optional; type boolean
      • warping_stiffness_deactivated - optional; type boolean
      • thin_walled_model - optional; type boolean
      • us_spelling_of_properites - optional; type boolean
      • area_axial - optional; type double
      • area_shear_y - optional; type double
      • area_shear_z - optional; type double
      • inclination_principal_axes - optional; type double
      • rotation_angle - optional; type double
      • mirrored_axis_y - optional; type boolean
      • mirrored_axis_z - optional; type boolean
      • moment_of_inertia_bending_y - optional; type double
      • moment_of_inertia_bending_z - optional; type double
      • moment_of_inertia_torsion - optional; type double
      • warping - optional; type double
      • depth_temperature_load - optional; type double
      • width_temperature_load - optional; type double
      • material - optional; type int
      • reference_material - optional; type int
      • material_part_1 - optional; type int
      • material_part_2 - optional; type int
      • material_part_3 - optional; type int
      • material_part_4 - optional; type int
      • material_part_5 - optional; type int
      • material_part_6 - optional; type int
      • material_part_7 - optional; type int
      • material_part_8 - optional; type int
      • material_part_9 - optional; type int
      • material_part_10 - optional; type int
      • hybrid_active - optional; type boolean
      • parametrization_type - optional; type section_parametrization_type - type undefined with restriction - enum { 'BUILT_UP_STEEL__CHANNELS__U_BU', 'BUILT_UP_STEEL__CUT_I_SECTIONS_WITH_FLAT_BAR__CIF_BU', 'BUILT_UP_STEEL__EQUAL_LEG_ANGLES__LE_BU', 'BUILT_UP_STEEL__I_SECTIONS_OR_CHANNELS_WITH_SIDE_FLAT_BARS__SF_BU', 'BUILT_UP_STEEL__I_SECTIONS_WITH_CHANNELS__IU_BU', 'BUILT_UP_STEEL__I_SECTIONS_WITH_OTHER_SECTION_ON_FLANGE__IOF_BU', 'BUILT_UP_STEEL__I_SECTIONS__I_BU', 'BUILT_UP_STEEL__UNEQUAL_LEG_ANGLES__LU_BU', 'BUILT_UP_TIMBER__RECTANGLES__R_BU', 'PARAMETRIC_BARS__FLAT_BAR__FLAT', 'PARAMETRIC_BARS__HALF_OVAL_BAR__HALFOVAL', 'PARAMETRIC_BARS__HALF_ROUND_BAR__HALFROUND', 'PARAMETRIC_BARS__HEXAGON_BAR__HEXAGON', 'PARAMETRIC_BARS__OCTAGON_BAR__OCTAGON', 'PARAMETRIC_BARS__ROUND_BAR__ROUND', 'PARAMETRIC_BARS__ROUND_CORNER_SQUARE_BAR__SQUARER', 'PARAMETRIC_BARS__SHARP_CORNER_SQUARE_BAR__SQUARES', 'PARAMETRIC_BRIDGES__MULTI_PIECE_TAPERED_FLANGE_T_SECTION__TTF_B', 'PARAMETRIC_MASSIVE_II__2X2_MASSIVE_RECTANGLES_WITH_FULLY_RIGID_CONNECTION__2X2R_M2', 'PARAMETRIC_MASSIVE_II__2X3_MASSIVE_RECTANGLES_WITH_FULLY_RIGID_CONNECTION__2X3R_M2', 'PARAMETRIC_MASSIVE_II__2_MASSIVE_RECTANGLES_WITH_A_CONTINUOUS_PACK_AND_2_SPLICES__2RP2S_M2', 'PARAMETRIC_MASSIVE_II__2_MASSIVE_RECTANGLES__2R_M2', 'PARAMETRIC_MASSIVE_II__3_MASSIVE_RECTANGLES__3R_M2', 'PARAMETRIC_MASSIVE_II__4_MASSIVE_RECTANGLES__4R_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_HORIZONTAL_CONNECTION_LINES__BOXH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_OVERHANGING_FLANGES_AND_HORIZONTAL_CONNECTION_LINES__BOXOFH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_OVERHANGING_FLANGES_AND_VERTICAL_CONNECTION_LINES__BOXOFV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_VERTICAL_CONNECTION_LINES__BOXV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_FIVE_LAYER_RECTANGLE_WITH_3_DIFFERENT_MATERIALS__5LR_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_OVAL_WITH_VERTICAL_CONNECTION_LINES__OVAL_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_RECTANGLE_WITH_2_CONTINUOUS_SPLICES__R2S_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_SINGLY_SYMMETRIC_I_SECTION_WITH_HORIZONTAL_CONNECTION_LINES__ISH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_SINGLY_SYMMETRIC_I_SECTION_WITH_THIN_FLANGES_AND_4_REINFORCING_RECTANGLES__IS4R_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_SINGLY_SYMMETRIC_I_SECTION_WITH_VERTICAL_CONNECTION_LINES__ISV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_THREE_LAYER_RECTANGLE_WITH_2_DIFFERENT_MATERIALS__3LR_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_TWO_BOX_WITH_HORIZONTAL_CONNECTION_LINES__2BOXH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_TWO_BOX_WITH_VERTICAL_CONNECTION_LINES__2BOXV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_T_SECTION_WITH_A_HORIZONTAL_CONNECTION_LINE__TH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_T_SECTION_WITH_VERTICAL_CONNECTION_LINES__TV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_U_SECTION_WITH_HORIZONTAL_CONNECTION_LINES__UH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_U_SECTION_WITH_VERTICAL_CONNECTION_LINES__UV_M2', 'PARAMETRIC_MASSIVE_I__MASSIVE_CIRCLE__CIRCLE_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_DOUBLE_T_SECTION_WITH_CHAMFERED_INNER_CORNERS__DTC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_DOUBLE_T_SECTION__DT_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_DOUBLY_SYMMETRIC_I_SECTION__ID_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_HALF_OVAL__HALFOVAL_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_HALF_ROUND__HALFROUND_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_HEXAGON__HEXAGON_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_HOLLOW_CIRCLE__HCIRCLE_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_I_SECTION_WITH_CHAMFERED_INNER_CORNERS__IC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_I_SECTION__I_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_L_SECTION__L_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_OCTAGON__OCTAGON_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_OVAL__OVAL_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE_WITH_CHAMFERED_RECTANGULAR_OPENING__RROC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE_WITH_RECTANGULAR_OPENING__RRO_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE__R_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_ROUND_CORNER_RECTANGLE__RR_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_ROUND_CORNER_SQUARE__SQR_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_SQUARE__SQ_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_DOUBLE_T_SECTION__DTT_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_FLANGE_I_SECTION__ITF_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_FLANGE_T_SECTION__TTF_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_U_SECTION__UT_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_WEB_T_SECTION_WITH_CHAMFERED_INNER_CORNERS__TTWC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_WEB_T_SECTION__TTW_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TRAPEZOID__TR_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_T_SECTION_WITH_CHAMFERED_INNER_CORNERS__TC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_T_SECTION__T_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_I_SECTION_WITH_CHAMFERED_INNER_CORNERS__IUC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_I_SECTION__IU_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_T_SECTION__TU_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_U_SECTION_WITH_CHAMFERED_INNER_CORNERS__UC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_U_SECTION__U_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_Z_SECTION__Z_M1', 'PARAMETRIC_THIN_WALLED__BOX_TYPE_AX__BOX_AX', 'PARAMETRIC_THIN_WALLED__BOX_TYPE_A__BOX_A', 'PARAMETRIC_THIN_WALLED__BOX_TYPE_BX__BOX_BX', 'PARAMETRIC_THIN_WALLED__BOX_TYPE_B__BOX_B', 'PARAMETRIC_THIN_WALLED__CHANNEL__U', 'PARAMETRIC_THIN_WALLED__CIRCULAR_HOLLOW_SECTION__CHS', 'PARAMETRIC_THIN_WALLED__CROSS_SHAPED_SECTION__CROSS', 'PARAMETRIC_THIN_WALLED__ELLIPTICAL_HOLLOW_SECTION__EHS', 'PARAMETRIC_THIN_WALLED__EQUAL_LEG_ANGLE__LE', 'PARAMETRIC_THIN_WALLED__I_SECTION_WITH_2_SIDE_FLAT_BARS__I2SFB', 'PARAMETRIC_THIN_WALLED__I_SECTION_WITH_T_SECTION__IT', 'PARAMETRIC_THIN_WALLED__I_SECTION__I', 'PARAMETRIC_THIN_WALLED__PI_SECTION_TYPE_A__PI_A', 'PARAMETRIC_THIN_WALLED__PI_SECTION_TYPE_B__PI_B', 'PARAMETRIC_THIN_WALLED__POLYGONAL_HOLLOW_SECTION__PHS', 'PARAMETRIC_THIN_WALLED__RECTANGULAR_HOLLOW_SECTION_WITH_PEAKS_OUTWARD_AND_INWARD__RHSPOI', 'PARAMETRIC_THIN_WALLED__RECTANGULAR_HOLLOW_SECTION_WITH_PEAK_OUTWARD__RHSPO', 'PARAMETRIC_THIN_WALLED__RECTANGULAR_HOLLOW_SECTION__RHS', 'PARAMETRIC_THIN_WALLED__RIB_HOLLOW_SECTION__RIBHS', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_2_FLAT_BARS__IS2FB', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_2_SLOPING_STIFFENERS__IS2SS', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_2_WELDED_FLAT_BARS__IS2FBW', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_DOUBLE_WEB_THICKNESS__IS2WT', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_EDGE_STIFFENERS_ON_1_FLANGE__IS1FES', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION__IS', 'PARAMETRIC_THIN_WALLED__SQUARE_HOLLOW_SECTION__SHS', 'PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_CHANNEL__UTF', 'PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_I_SECTION__ITF', 'PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_T_SECTION_WITH_TAPERED_WEB__TTFTW', 'PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_T_SECTION__TTF', 'PARAMETRIC_THIN_WALLED__TRAPEZOIDAL_HOLLOW_SECTION__THS', 'PARAMETRIC_THIN_WALLED__T_SECTION__T', 'PARAMETRIC_THIN_WALLED__UNEQUAL_LEG_ANGLE__LU', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL_WITH_EDGE_STIFFENERS_INWARD__UUESI', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL_WITH_EDGE_STIFFENERS_OUTWARD_AND_INWARD__UUESOI', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL_WITH_EDGE_STIFFENERS_OUTWARD__UUESO', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL__UU', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_I_SECTION__IU', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_RECTANGULAR_HOLLOW_SECTION__RHSU', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_T_SECTION__TU', 'PARAMETRIC_THIN_WALLED__Z_SECTION__Z', 'STANDARDIZED_STEEL__60_DEGREE_ANGLES__L60_S', 'STANDARDIZED_STEEL__BAR_SECTIONS__BAR_S', 'STANDARDIZED_STEEL__CIRCULAR_HOLLOW_SECTIONS_PIPES__CHS_S', 'STANDARDIZED_STEEL__ELLIPTICAL_AND_SEMI_ELLIPTICAL_HOLLOW_SECTIONS__EHS_S', 'STANDARDIZED_STEEL__I_BEAMS_H_BEAMS__I_S', 'STANDARDIZED_STEEL__L_SECTIONS_STEEL_ANGLES__L_S', 'STANDARDIZED_STEEL__RAIL_SECTIONS__RAIL_S', 'STANDARDIZED_STEEL__SHEETS__SHEET_S', 'STANDARDIZED_STEEL__SQUARE_AND_RECTANGULAR_HOLLOW_SECTIONS__RHS_S', 'STANDARDIZED_STEEL__T_SECTIONS_STEEL_TEES__T_S', 'STANDARDIZED_STEEL__U_SECTIONS_STEEL_CHANNELS__U_S', 'STANDARDIZED_STEEL__Z_SECTIONS_STEEL_ZEES__Z_S', 'STANDARDIZED_TIMBER__TIMBER_COMPOSED_SECTIONS__COMP_S', 'STANDARDIZED_TIMBER__TIMBER_RECTANGLES__RECT_S' }
      • combination_type - optional; type section_combination_type - type undefined with restriction - enum { 'BUILT_UP_NG_2I', 'BUILT_UP_NG_2I_A', 'BUILT_UP_NG_2LCLI', 'BUILT_UP_NG_2LCLIR', 'BUILT_UP_NG_2LCLIR_A', 'BUILT_UP_NG_2LCLI_A', 'BUILT_UP_NG_2LCLO', 'BUILT_UP_NG_2LCLOC', 'BUILT_UP_NG_2LCLOC_A', 'BUILT_UP_NG_2LCLOR', 'BUILT_UP_NG_2LCLOR_A', 'BUILT_UP_NG_2LCLO_A', 'BUILT_UP_NG_2LHLI', 'BUILT_UP_NG_2LHLI_A', 'BUILT_UP_NG_2LHLO', 'BUILT_UP_NG_2LHLO_A', 'BUILT_UP_NG_2LLHLI', 'BUILT_UP_NG_2LLHLI_A', 'BUILT_UP_NG_2LLHLO', 'BUILT_UP_NG_2LLHLO_A', 'BUILT_UP_NG_2LSHLI', 'BUILT_UP_NG_2LSHLI_A', 'BUILT_UP_NG_2LSHLO', 'BUILT_UP_NG_2LSHLO_A', 'BUILT_UP_NG_2UF', 'BUILT_UP_NG_2UI', 'BUILT_UP_NG_2UI_A', 'BUILT_UP_NG_2UO', 'BUILT_UP_NG_2UO_A', 'BUILT_UP_NG_3I', 'BUILT_UP_NG_4LHLO', 'BUILT_UP_NG_4LHLO_A', 'BUILT_UP_NG_4LLI', 'BUILT_UP_NG_4LLI_A', 'BUILT_UP_NG_4LLO', 'BUILT_UP_NG_4LLO_A', 'BUILT_UP_NG_CIHF', 'BUILT_UP_NG_HNBH', 'BUILT_UP_NG_I1F', 'BUILT_UP_NG_I1HIC', 'BUILT_UP_NG_I1IC', 'BUILT_UP_NG_I2F', 'BUILT_UP_NG_I2HIC', 'BUILT_UP_NG_I2I', 'BUILT_UP_NG_ICI-MAX', 'BUILT_UP_NG_ICI-MIN', 'BUILT_UP_NG_IHF', 'BUILT_UP_NG_IUD', 'BUILT_UP_NG_IUU', 'BUILT_UP_NG_IVF', 'BUILT_UP_NG_IWT', 'BUILT_UP_NG_UF' }
      • corrugated_sheet_width - optional; type double
      • rail_worn_out - optional; type double
      • phase_parent - optional; type int
      • phase_parts - optional; type string
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
80. get_solid
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_solid
    Input:
    get_solid_request (soap:body, use = literal)Source code
    parameters type get_solid

    • no type int
    Output:
    get_solid_response (soap:body, use = literal)Source code
    parameters type get_solidResponse

    • value type solid
      • no type int
      • type - optional; type solid_type - type undefined with restriction - enum { 'TYPE_CONTACT', 'TYPE_GAS', 'TYPE_STANDARD' }
      • analytical_center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • analytical_center_of_gravity_x - optional; type double
      • analytical_center_of_gravity_y - optional; type double
      • analytical_center_of_gravity_z - optional; type double
      • analytical_mass - optional; type double
      • analytical_surface_area - optional; type double
      • analytical_volume - optional; type double
      • boundary_surfaces - optional; type array_of_int
      • center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_of_gravity_x - optional; type double
      • center_of_gravity_y - optional; type double
      • center_of_gravity_z - optional; type double
      • gas - optional; type int
      • is_deactivated_for_calculation - optional; type boolean
      • mass - optional; type double
      • material - optional; type int
      • mesh_refinement - optional; type int
      • solid_contact - optional; type int
      • solid_contact_first_surface - optional; type int
      • solid_contact_second_surface - optional; type int
      • stress_analysis_configuration - optional; type int
      • surface_area - optional; type double
      • volume - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
81. get_solid_contacts
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_solid_contacts
    Input:
    get_solid_contacts_request (soap:body, use = literal)Source code
    parameters type get_solid_contacts

    • no type int
    Output:
    get_solid_contacts_response (soap:body, use = literal)Source code
    parameters type get_solid_contactsResponse

    • value type solid_contacts
      • no type int
      • comment - optional; type string
      • friction_coefficient - optional; type double
      • limit_stress - optional; type double
      • name - optional; type string
      • parallel_to_surface - optional; type solid_contacts_parallel_to_surface - type undefined with restriction - enum { 'ELASTIC_FRICTION', 'ELASTIC_FRICTION_LIMIT', 'ELASTIC_SOLID', 'FAILURE_IF_CONTACT_PERPENDICULAR_TO_SURFACES_FAILED', 'FULL_FORCE_TRANSMISSION', 'RIGID_FRICTION', 'RIGID_FRICTION_LIMIT' }
      • perpendicular_to_surface - optional; type solid_contacts_perpendicular_to_surface - type undefined with restriction - enum { 'FAILURE_UNDER_COMPRESSION', 'FAILURE_UNDER_TENSION', 'FULL_FORCE_TRANSMISSION' }
      • shear_stiffness - optional; type double
      • solids - optional; type array_of_int
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
82. get_solid_gas
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_solid_gas
    Input:
    get_solid_gas_request (soap:body, use = literal)Source code
    parameters type get_solid_gas

    • no type int
    Output:
    get_solid_gas_response (soap:body, use = literal)Source code
    parameters type get_solid_gasResponse

    • value type solid_gas
      • no type int
      • comment - optional; type string
      • name - optional; type string
      • pressure - optional; type double
      • solids - optional; type array_of_int
      • temperature - optional; type double
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
83. get_solid_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_solid_load
    Input:
    get_solid_load_request (soap:body, use = literal)Source code
    parameters type get_solid_load

    • no type int
    • load_case_no type int
    Output:
    get_solid_load_response (soap:body, use = literal)Source code
    parameters type get_solid_loadResponse

    • value type solid_load
      • no type int
      • altitude - optional; type double
      • angular_acceleration - optional; type double
      • angular_velocity - optional; type double
      • axis_definition_axis - optional; type solid_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • axis_definition_axis_orientation - optional; type solid_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
      • axis_definition_p1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p1_x - optional; type double
      • axis_definition_p1_y - optional; type double
      • axis_definition_p1_z - optional; type double
      • axis_definition_p2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p2_x - optional; type double
      • axis_definition_p2_y - optional; type double
      • axis_definition_p2_z - optional; type double
      • axis_definition_type - optional; type solid_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
      • comment - optional; type string
      • coordinate_system - optional; type int
      • gas_behaviour - optional; type solid_load_gas_behaviour - type undefined with restriction - enum { 'GAS_BEHAVIOUR_OVERPRESSURE_INCREMENT', 'GAS_BEHAVIOUR_RESULTING_OVERPRESSURE', 'GAS_BEHAVIOUR_RESULTING_VOLUME', 'GAS_BEHAVIOUR_VOLUME_INCREMENT' }
      • gas_magnitude - optional; type double
      • generating_object_info - optional; type string
      • is_density_defined_by_altitude - optional; type boolean
      • is_generated - optional; type boolean
      • load_case - optional; type int
      • load_direction - optional; type solid_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE' }
      • load_direction_orientation - optional; type solid_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
      • load_distribution - optional; type solid_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR_IN_X', 'LOAD_DISTRIBUTION_LINEAR_IN_Y', 'LOAD_DISTRIBUTION_LINEAR_IN_Z', 'LOAD_DISTRIBUTION_UNIFORM' }
      • load_type - optional; type solid_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_BUOYANCY', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_GAS', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_STRAIN', 'LOAD_TYPE_TEMPERATURE' }
      • magnitude_1 - optional; type double
      • magnitude_2 - optional; type double
      • node_1 - optional; type int
      • node_2 - optional; type int
      • solids - optional; type array_of_int
      • strain_magnitude_x1 - optional; type double
      • strain_magnitude_x2 - optional; type double
      • strain_magnitude_y1 - optional; type double
      • strain_magnitude_y2 - optional; type double
      • strain_magnitude_z1 - optional; type double
      • strain_magnitude_z2 - optional; type double
      • strain_uniform_magnitude_x - optional; type double
      • strain_uniform_magnitude_y - optional; type double
      • strain_uniform_magnitude_z - optional; type double
      • uniform_magnitude - optional; type double
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
84. get_solid_mesh_refinement
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_solid_mesh_refinement
    Input:
    get_solid_mesh_refinement_request (soap:body, use = literal)Source code
    parameters type get_solid_mesh_refinement

    • no type int
    Output:
    get_solid_mesh_refinement_response (soap:body, use = literal)Source code
    parameters type get_solid_mesh_refinementResponse

    • value type solid_mesh_refinement
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • solids - optional; type array_of_int
      • target_length - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
85. get_solid_set
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_solid_set
    Input:
    get_solid_set_request (soap:body, use = literal)Source code
    parameters type get_solid_set

    • no type int
    Output:
    get_solid_set_response (soap:body, use = literal)Source code
    parameters type get_solid_setResponse

    • value type solid_set
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • set_type - optional; type solid_set_set_type - type undefined with restriction - enum { 'SET_TYPE_CONTINUOUS', 'SET_TYPE_GROUP' }
      • solids - optional; type array_of_int
      • surface_area - optional; type double
      • volume - optional; type double
      • mass - optional; type double
      • center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_of_gravity_x - optional; type double
      • center_of_gravity_y - optional; type double
      • center_of_gravity_z - optional; type double
      • stress_analysis_configuration - optional; type int
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
86. get_solid_set_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_solid_set_load
    Input:
    get_solid_set_load_request (soap:body, use = literal)Source code
    parameters type get_solid_set_load

    • no type int
    • load_case_no type int
    Output:
    get_solid_set_load_response (soap:body, use = literal)Source code
    parameters type get_solid_set_loadResponse

    • value type solid_set_load
      • no type int
      • altitude - optional; type double
      • angular_acceleration - optional; type double
      • angular_velocity - optional; type double
      • axis_definition_axis - optional; type solid_set_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • axis_definition_axis_orientation - optional; type solid_set_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
      • axis_definition_p1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p1_x - optional; type double
      • axis_definition_p1_y - optional; type double
      • axis_definition_p1_z - optional; type double
      • axis_definition_p2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p2_x - optional; type double
      • axis_definition_p2_y - optional; type double
      • axis_definition_p2_z - optional; type double
      • axis_definition_type - optional; type solid_set_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
      • comment - optional; type string
      • coordinate_system - optional; type int
      • gas_behaviour - optional; type solid_set_load_gas_behaviour - type undefined with restriction - enum { 'GAS_BEHAVIOUR_OVERPRESSURE_INCREMENT', 'GAS_BEHAVIOUR_RESULTING_OVERPRESSURE', 'GAS_BEHAVIOUR_RESULTING_VOLUME', 'GAS_BEHAVIOUR_VOLUME_INCREMENT' }
      • gas_magnitude - optional; type double
      • generating_object_info - optional; type string
      • is_density_defined_by_altitude - optional; type boolean
      • is_generated - optional; type boolean
      • load_case - optional; type int
      • load_direction - optional; type solid_set_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE' }
      • load_direction_orientation - optional; type solid_set_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
      • load_distribution - optional; type solid_set_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR_IN_X', 'LOAD_DISTRIBUTION_LINEAR_IN_Y', 'LOAD_DISTRIBUTION_LINEAR_IN_Z', 'LOAD_DISTRIBUTION_UNIFORM' }
      • load_type - optional; type solid_set_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_BUOYANCY', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_GAS', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_STRAIN', 'LOAD_TYPE_TEMPERATURE' }
      • magnitude_1 - optional; type double
      • magnitude_2 - optional; type double
      • node_1 - optional; type int
      • node_2 - optional; type int
      • solid_sets - optional; type array_of_int
      • strain_magnitude_x1 - optional; type double
      • strain_magnitude_x2 - optional; type double
      • strain_magnitude_y1 - optional; type double
      • strain_magnitude_y2 - optional; type double
      • strain_magnitude_z1 - optional; type double
      • strain_magnitude_z2 - optional; type double
      • strain_uniform_magnitude_x - optional; type double
      • strain_uniform_magnitude_y - optional; type double
      • strain_uniform_magnitude_z - optional; type double
      • uniform_magnitude - optional; type double
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
87. get_static_analysis_settings
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_static_analysis_settings
    Input:
    get_static_analysis_settings_request (soap:body, use = literal)Source code
    parameters type get_static_analysis_settings

    • no type int
    Output:
    get_static_analysis_settings_response (soap:body, use = literal)Source code
    parameters type get_static_analysis_settingsResponse

    • value type static_analysis_settings
      • no type int
      • analysis_type - optional; type static_analysis_settings_analysis_type - type undefined with restriction - enum { 'GEOMETRICALLY_LINEAR', 'LARGE_DEFORMATIONS', 'LARGE_DEFORMATIONS_POSTRCRITICAL', 'SECOND_ORDER_P_DELTA' }
      • assign_reduce_stiffness_enabled - optional; type static_analysis_settings_assign_reduce_stiffness_enabled - type undefined with restriction - enum { 'ASSIGN_REDUCED_STIFFNESS_TO_FAILING_MEMBERS', 'FAIILING_MEMBERS_TO_BE_REMOVED_INDIVIDUALY_DURING_SUCCESSIVE_ITERATIONS' }
      • comment - optional; type string
      • consider_favorable_effect_due_to_tension_in_members - optional; type boolean
      • cutting_patterns_settings - optional; type boolean
      • deformation_of_failing_members_and_reactivation_enabled - optional; type boolean
      • displacements_due_to_bourdon_effect - optional; type boolean
      • divide_results_by_loading_factor - optional; type boolean
      • exceptional_handling_enabled - optional; type boolean
      • ignore_torsional_warping - optional; type boolean
      • instability_detection_tolerance - optional; type double
      • integrate_preliminary_form_finding_enabled - optional; type boolean
      • iterative_calculation_robustness - optional; type double
      • iterative_method_for_nonlinear_analysis - optional; type static_analysis_settings_iterative_method_for_nonlinear_analysis - type undefined with restriction - enum { 'DYNAMIC_RELAXATION', 'MODIFIED_NEWTON_RAPHSON', 'NEWTON_RAPHSON', 'NEWTON_RAPHSON_COMBINED_WITH_PICARD', 'NEWTON_RAPHSON_WITH_CONSTANT_STIFFNESS', 'PICARD' }
      • loading_multiplier_factor - optional; type double
      • mass_conversion_acceleration_in_direction_x - optional; type double
      • mass_conversion_acceleration_in_direction_y - optional; type double
      • mass_conversion_acceleration_in_direction_z - optional; type double
      • mass_conversion_defined_as_acceleration - optional; type boolean
      • mass_conversion_enabled - optional; type boolean
      • mass_conversion_factor_in_direction_x - optional; type double
      • mass_conversion_factor_in_direction_y - optional; type double
      • mass_conversion_factor_in_direction_z - optional; type double
      • max_number_of_iterations - optional; type int
      • maximum_number_of_reactivations - optional; type int
      • method_of_equation_system - optional; type static_analysis_settings_method_of_equation_system - type undefined with restriction - enum { 'METHOD_OF_EQUATION_SYSTEM_DIRECT', 'METHOD_OF_EQUATION_SYSTEM_ITERATIVE' }
      • modify_loading_by_multiplier_factor - optional; type boolean
      • name - optional; type string
      • nonsymmetric_direct_solver - optional; type boolean
      • number_of_iterations_for_loading_prestress - optional; type int
      • number_of_load_increments - optional; type int
      • percentage_of_iteration - optional; type int
      • plate_bending_theory - optional; type static_analysis_settings_plate_bending_theory - type undefined with restriction - enum { 'PLATE_BENDING_THEORY_KIRCHHOFF', 'PLATE_BENDING_THEORY_MINDLIN' }
      • precision_of_convergence_criteria_for_nonlinear_calculation - optional; type double
      • ratio_of_distance_of_cutting_lines_node_to_mesh - optional; type double
      • reduction_factor_of_stiffness - optional; type int
      • refer_internal_forces_to_deformed_structure - optional; type boolean
      • refer_internal_forces_to_deformed_structure_for_moments - optional; type boolean
      • refer_internal_forces_to_deformed_structure_for_normal_forces - optional; type boolean
      • refer_internal_forces_to_deformed_structure_for_shear_forces - optional; type boolean
      • relative_setting_of_time_step_for_dynamic_relaxation - optional; type double
      • save_results_of_all_load_increments - optional; type boolean
      • smoothness_of_boundary_lines - optional; type double
      • speed_of_convergence - optional; type double
      • standard_precision_and_tolerance_settings_enabled - optional; type boolean
      • try_to_calculate_instabil_structure - optional; type boolean
      • user_defined_name_enabled - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
88. get_structure_modification
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_structure_modification
    Input:
    get_structure_modification_request (soap:body, use = literal)Source code
    parameters type get_structure_modification

    • no type int
    Output:
    get_structure_modification_response (soap:body, use = literal)Source code
    parameters type get_structure_modificationResponse

    • value type structure_modification
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • assigned_to - optional; type string
      • comment - optional; type string
      • modify_stiffnesses_gamma_m - optional; type boolean
      • modify_stiffnesses_materials - optional; type boolean
      • modify_stiffnesses_sections - optional; type boolean
      • modify_stiffnesses_members - optional; type boolean
      • modify_stiffnesses_surfaces - optional; type boolean
      • modify_stiffnesses_member_hinges - optional; type boolean
      • modify_stiffnesses_line_hinges - optional; type boolean
      • modify_stiffnesses_nodal_supports - optional; type boolean
      • modify_stiffnesses_line_supports - optional; type boolean
      • modify_stiffnesses_member_supports - optional; type boolean
      • modify_stiffnesses_surface_supports - optional; type boolean
      • modify_stiffness_member_reinforcement - optional; type boolean
      • modify_stiffness_surface_reinforcement - optional; type boolean
      • nonlinearities_disabled_material_nonlinearity_models - optional; type boolean
      • nonlinearities_disabled_material_temperature_nonlinearities - optional; type boolean
      • nonlinearities_disabled_line_hinges - optional; type boolean
      • nonlinearities_disabled_member_types - optional; type boolean
      • nonlinearities_disabled_member_hinges - optional; type boolean
      • nonlinearities_disabled_member_nonlinearities - optional; type boolean
      • nonlinearities_disabled_solid_types_contact_or_surfaces_contact - optional; type boolean
      • nonlinearities_disabled_nodal_supports - optional; type boolean
      • nonlinearities_disabled_line_supports - optional; type boolean
      • nonlinearities_disabled_member_supports - optional; type boolean
      • nonlinearities_disabled_surface_supports - optional; type boolean
      • modify_stiffnesses_material_table - optional; type array_of_structure_modification_modify_stiffnesses_material_table
        • structure_modification_modify_stiffnesses_material_table - optional, unbounded; type structure_modification_modify_stiffnesses_material_table
          • no - optional; type int
          • material_name - optional; type int
          • modification_type - optional; type modification_type - type undefined with restriction - enum { 'DIVISION_FACTOR', 'MULTIPLY_FACTOR' }
          • E_and_G - optional; type double
          • comment - optional; type string
      • modify_stiffnesses_section_table - optional; type array_of_structure_modification_modify_stiffnesses_section_table
        • structure_modification_modify_stiffnesses_section_table - optional, unbounded; type structure_modification_modify_stiffnesses_section_table
          • no - optional; type int
          • section_name - optional; type string
          • A - optional; type double
          • A_y - optional; type double
          • A_z - optional; type double
          • J - optional; type double
          • I_y - optional; type double
          • I_z - optional; type double
      • modify_stiffnesses_member_table - optional; type array_of_structure_modification_modify_stiffnesses_member_table
        • structure_modification_modify_stiffnesses_member_table - optional, unbounded; type structure_modification_modify_stiffnesses_member_table
          • no - optional; type int
          • member_modification - optional; type int
          • members - optional; type array_of_int
          • comment - optional; type string
      • modify_stiffnesses_surface_table - optional; type array_of_structure_modification_modify_stiffnesses_surface_table
        • structure_modification_modify_stiffnesses_surface_table - optional, unbounded; type structure_modification_modify_stiffnesses_surface_table
          • no - optional; type int
          • surface_modification - optional; type int
          • surfaces - optional; type array_of_int
          • comment - optional; type string
      • modify_stiffnesses_member_hinges_table - optional; type array_of_structure_modification_modify_stiffnesses_member_hinges_table
        • structure_modification_modify_stiffnesses_member_hinges_table - optional, unbounded; type structure_modification_modify_stiffnesses_member_hinges_table
          • no - optional; type int
          • member_side - optional; type string
          • C_u_x - optional; type double
          • C_u_y - optional; type double
          • C_u_z - optional; type double
          • C_phi_x - optional; type double
          • C_phi_y - optional; type double
          • C_phi_z - optional; type double
      • modify_stiffnesses_line_hinges_table - optional; type array_of_structure_modification_modify_stiffnesses_line_hinges_table
        • structure_modification_modify_stiffnesses_line_hinges_table - optional, unbounded; type structure_modification_modify_stiffnesses_line_hinges_table
          • no - optional; type int
          • C_u_x - optional; type double
          • C_u_y - optional; type double
          • C_u_z - optional; type double
          • C_phi_x - optional; type double
      • modify_stiffnesses_nodal_supports_table - optional; type array_of_structure_modification_modify_stiffnesses_nodal_supports_table
        • structure_modification_modify_stiffnesses_nodal_supports_table - optional, unbounded; type structure_modification_modify_stiffnesses_nodal_supports_table
          • no - optional; type int
          • C_u_X - optional; type double
          • C_u_Y - optional; type double
          • C_u_Z - optional; type double
          • C_phi_X - optional; type double
          • C_phi_Y - optional; type double
          • C_phi_Z - optional; type double
      • modify_stiffnesses_line_supports_table - optional; type array_of_structure_modification_modify_stiffnesses_line_supports_table
        • structure_modification_modify_stiffnesses_line_supports_table - optional, unbounded; type structure_modification_modify_stiffnesses_line_supports_table
          • no - optional; type int
          • C_u_X - optional; type double
          • C_u_Y - optional; type double
          • C_u_Z - optional; type double
          • C_phi_X - optional; type double
          • C_phi_Y - optional; type double
          • C_phi_Z - optional; type double
      • modify_stiffnesses_member_supports_table - optional; type array_of_structure_modification_modify_stiffnesses_member_supports_table
        • structure_modification_modify_stiffnesses_member_supports_table - optional, unbounded; type structure_modification_modify_stiffnesses_member_supports_table
          • no - optional; type int
          • C_u_x - optional; type double
          • C_u_y - optional; type double
          • C_u_z - optional; type double
          • C_s_x - optional; type double
          • C_s_y - optional; type double
          • C_s_z - optional; type double
          • C_phi_x - optional; type double
      • modify_stiffnesses_surface_supports_table - optional; type array_of_structure_modification_modify_stiffnesses_surface_supports_table
        • structure_modification_modify_stiffnesses_surface_supports_table - optional, unbounded; type structure_modification_modify_stiffnesses_surface_supports_table
          • no - optional; type int
          • C_u_X - optional; type double
          • C_u_Y - optional; type double
          • C_u_Z - optional; type double
          • C_v_xz - optional; type double
          • C_v_yz - optional; type double
      • deactivate_members_enabled - optional; type boolean
      • object_selection_for_deactivate_members - optional; type int
      • deactivate_surfaces_enabled - optional; type boolean
      • object_selection_for_deactivate_surfaces - optional; type int
      • deactivate_solids_enabled - optional; type boolean
      • object_selection_for_deactivate_solids - optional; type int
      • deactivate_support_on_nodes_enabled - optional; type boolean
      • object_selection_for_deactivate_support_on_nodes - optional; type int
      • deactivate_support_on_lines_enabled - optional; type boolean
      • object_selection_for_deactivate_support_on_lines - optional; type int
      • deactivate_support_on_members_enabled - optional; type boolean
      • object_selection_for_deactivate_support_on_members - optional; type int
      • deactivate_support_on_surfaces_enabled - optional; type boolean
      • object_selection_for_deactivate_support_on_surfaces - optional; type int
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
89. get_surface
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface
    Input:
    get_surface_request (soap:body, use = literal)Source code
    parameters type get_surface

    • no type int
    Output:
    get_surface_response (soap:body, use = literal)Source code
    parameters type get_surfaceResponse

    • value type surface
      • no type int
      • geometry - optional; type surface_geometry - type undefined with restriction - enum { 'GEOMETRY_NURBS', 'GEOMETRY_PLANE', 'GEOMETRY_QUADRANGLE' }
      • type - optional; type surface_type - type undefined with restriction - enum { 'TYPE_DISCONTINUITY', 'TYPE_LOAD_DISTRIBUTION', 'TYPE_MEMBRANE', 'TYPE_RIGID', 'TYPE_STANDARD', 'TYPE_WITHOUT_MEMBRANE_TENSION', 'TYPE_WITHOUT_THICKNESS' }
      • boundary_lines - optional; type array_of_int
      • thickness - optional; type int
      • material - optional; type int
      • analytical_area - optional; type double
      • analytical_volume - optional; type double
      • analytical_mass - optional; type double
      • analytical_center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • analytical_center_of_gravity_x - optional; type double
      • analytical_center_of_gravity_y - optional; type double
      • analytical_center_of_gravity_z - optional; type double
      • area - optional; type double
      • volume - optional; type double
      • mass - optional; type double
      • center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_of_gravity_x - optional; type double
      • center_of_gravity_y - optional; type double
      • center_of_gravity_z - optional; type double
      • position - optional; type string
      • position_short - optional; type string
      • grid_enabled - optional; type boolean
      • is_deactivated_for_calculation - optional; type boolean
      • comment - optional; type string
      • design_properties_via_surface - optional; type boolean
      • load_distribution_direction - optional; type surface_load_distribution_direction - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_DIRECTION_IN_BOTH', 'LOAD_DISTRIBUTION_DIRECTION_IN_X', 'LOAD_DISTRIBUTION_DIRECTION_IN_Y' }
      • is_surface_weight_enabled - optional; type boolean
      • surface_weight - optional; type double
      • excluded_members - optional; type array_of_int
      • excluded_parallel_to_members - optional; type array_of_int
      • excluded_lines - optional; type array_of_int
      • excluded_parallel_to_lines - optional; type array_of_int
      • loaded_members - optional; type array_of_int
      • loaded_lines - optional; type array_of_int
      • nurbs_control_point_count_in_direction_u - optional; type int
      • nurbs_control_point_count_in_direction_v - optional; type int
      • nurbs_order_in_direction_u - optional; type int
      • nurbs_order_in_direction_v - optional; type int
      • nurbs_control_points - optional; type array_of_surface_nurbs_control_points_rows
        • surface_nurbs_control_points_rows - optional, unbounded; type surface_nurbs_control_points_row
          • surface_nurbs_control_points_row - optional, unbounded; type surface_nurbs_control_points
            • u - optional; type int
            • v - optional; type int
            • global_coordinates - optional; type vector_3d
              • x type double
              • y type double
              • z type double
            • coordinates - optional; type vector_3d
              • x type double
              • y type double
              • z type double
            • weight type double
      • quadrangle_corner_nodes - optional; type array_of_int
      • quadrangle_corner_node_1 - optional; type int
      • quadrangle_corner_node_2 - optional; type int
      • quadrangle_corner_node_3 - optional; type int
      • quadrangle_corner_node_4 - optional; type int
      • has_line_hinges - optional; type boolean
      • support - optional; type int
      • eccentricity - optional; type int
      • mesh_refinement - optional; type int
      • meshing_type - optional; type surface_meshing_type - type undefined with restriction - enum { 'MESHING_TYPE_FREE', 'MESHING_TYPE_MAPPED', 'MESHING_TYPE_USE_GLOBAL_SETTINGS' }
      • input_axes_rotation_specification_type - optional; type surface_input_axes_rotation_specification_type - type undefined with restriction - enum { 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_ANGULAR_ROTATION', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_DIRECT_TO_POINT', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_COORDINATE_SYSTEM', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_LINES' }
      • input_axes_angular_rotation - optional; type double
      • input_axes_axis - optional; type surface_input_axes_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y' }
      • input_axes_lines - optional; type array_of_int
      • input_axes_point_1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • input_axes_point_1_x - optional; type double
      • input_axes_point_1_y - optional; type double
      • input_axes_point_1_z - optional; type double
      • input_axes_point_2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • input_axes_point_2_x - optional; type double
      • input_axes_point_2_y - optional; type double
      • input_axes_point_2_z - optional; type double
      • input_axes_coordinate_system - optional; type int
      • result_axes_rotation_specification_type - optional; type surface_result_axes_rotation_specification_type - type undefined with restriction - enum { 'RESULT_AXES_ROTATION_SPECIFICATION_TYPE_IDENTICAL_TO_INPUT_AXES' }
      • reversed_normal - optional; type boolean
      • grid_type - optional; type surface_grid_type - type undefined with restriction - enum { 'GRID_TYPE_CARTESIAN', 'GRID_TYPE_POLAR' }
      • grid_origin - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • grid_origin_x - optional; type double
      • grid_origin_y - optional; type double
      • grid_origin_z - optional; type double
      • grid_point_count_negative_x - optional; type int
      • grid_point_count_positive_x - optional; type int
      • grid_point_count_negative_y - optional; type int
      • grid_point_count_positive_y - optional; type int
      • grid_point_count_r - optional; type int
      • grid_distance_x - optional; type double
      • grid_distance_y - optional; type double
      • grid_distance_r - optional; type double
      • grid_rotation_alpha - optional; type double
      • grid_rotation_beta - optional; type double
      • grid_angle_gamma - optional; type double
      • grid_adapt_automatically - optional; type boolean
      • auto_detection_of_integrated_objects - optional; type boolean
      • integrated_nodes - optional; type array_of_int
      • integrated_lines - optional; type array_of_int
      • integrated_openings - optional; type array_of_int
      • has_integrated_objects - optional; type boolean
      • has_input_axes_rotation - optional; type boolean
      • has_result_axes_rotation - optional; type boolean
      • timber_service_class - optional; type int
      • timber_moisture_class - optional; type int
      • timber_service_conditions - optional; type int
      • surface_reinforcements - optional; type array_of_int
      • is_user_defined_concrete_cover_enabled - optional; type boolean
      • concrete_cover_top - optional; type double
      • concrete_cover_bottom - optional; type double
      • user_defined_concrete_cover_top - optional; type double
      • user_defined_concrete_cover_bottom - optional; type double
      • concrete_durability_top - optional; type int
      • concrete_durability_bottom - optional; type int
      • deflection_check_surface_type - optional; type surface_deflection_check_surface_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_SURFACE_TYPE_CANTILEVER', 'DEFLECTION_CHECK_SURFACE_TYPE_DOUBLE_SUPPORTED' }
      • deflection_check_displacement_reference - optional; type surface_deflection_check_displacement_reference - type undefined with restriction - enum { 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_USER_DEFINED_REFERENCE_PLANE', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_PARALLEL_SURFACE', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_UNDEFORMED_SYSTEM' }
      • deflection_check_reference_length_z - optional; type double
      • deflection_check_reference_length_z_definition_type - optional; type surface_deflection_check_reference_length_z_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MAXIMUM_BOUNDARY_LINE', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MINIMUM_BOUNDARY_LINE', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
      • deflection_check_reference_plane_point_1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • deflection_check_reference_plane_point_1_x - optional; type double
      • deflection_check_reference_plane_point_1_y - optional; type double
      • deflection_check_reference_plane_point_1_z - optional; type double
      • deflection_check_reference_plane_point_2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • deflection_check_reference_plane_point_2_x - optional; type double
      • deflection_check_reference_plane_point_2_y - optional; type double
      • deflection_check_reference_plane_point_2_z - optional; type double
      • deflection_check_reference_plane_point_3 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • deflection_check_reference_plane_point_3_x - optional; type double
      • deflection_check_reference_plane_point_3_y - optional; type double
      • deflection_check_reference_plane_point_3_z - optional; type double
      • surface_concrete_design_uls_configuration - optional; type int
      • surface_concrete_design_sls_configuration - optional; type int
      • surface_concrete_design_fr_configuration - optional; type int
      • stress_analysis_configuration - optional; type int
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
90. get_surface_eccentricity
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_eccentricity
    Input:
    get_surface_eccentricity_request (soap:body, use = literal)Source code
    parameters type get_surface_eccentricity

    • no type int
    Output:
    get_surface_eccentricity_response (soap:body, use = literal)Source code
    parameters type get_surface_eccentricityResponse

    • value type surface_eccentricity
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • offset - optional; type double
      • assigned_to_surfaces - optional; type array_of_int
      • thickness_alignment - optional; type surface_eccentricity_thickness_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_TOP' }
      • transverse_offset_reference_type - optional; type surface_eccentricity_transverse_offset_reference_type - type undefined with restriction - enum { 'TRANSVERSE_OFFSET_TYPE_FROM_MEMBER_SECTION', 'TRANSVERSE_OFFSET_TYPE_FROM_SURFACE_THICKNESS', 'TRANSVERSE_OFFSET_TYPE_NONE' }
      • transverse_offset_reference_member - optional; type int
      • transverse_offset_reference_surface - optional; type int
      • transverse_offset_member_reference_node - optional; type int
      • transverse_offset_surface_reference_node - optional; type int
      • transverse_offset_alignment - optional; type surface_eccentricity_transverse_offset_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_TOP' }
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
91. get_surface_imperfection
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_imperfection
    Input:
    get_surface_imperfection_request (soap:body, use = literal)Source code
    parameters type get_surface_imperfection

    • no type int
    • imperfection_case_no type int
    Output:
    get_surface_imperfection_response (soap:body, use = literal)Source code
    parameters type get_surface_imperfectionResponse

    • value type surface_imperfection
      • no type int
      • definition_type - optional; type surface_imperfection_definition_type - type undefined with restriction - enum { 'ABSOLUTE', 'RELATIVE' }
      • imperfection_case - optional; type int
      • imperfection_direction - optional; type surface_imperfection_imperfection_direction - type undefined with restriction - enum { 'IMPERFECTION_DIRECTION_LOCAL_Z', 'IMPERFECTION_DIRECTION_LOCAL_Z_NEGATIVE' }
      • initial_bow - optional; type double
      • initial_bow_relative - optional; type double
      • parameters - optional; type array_of_int
      • reference_length - optional; type double
      • surfaces - optional; type array_of_int
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
92. get_surface_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_load
    Input:
    get_surface_load_request (soap:body, use = literal)Source code
    parameters type get_surface_load

    • no type int
    • load_case_no type int
    Output:
    get_surface_load_response (soap:body, use = literal)Source code
    parameters type get_surface_loadResponse

    • value type surface_load
      • no type int
      • advanced_mass_option - optional; type boolean
      • angular_acceleration - optional; type double
      • angular_velocity - optional; type double
      • axis_definition_axis - optional; type surface_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • axis_definition_axis_orientation - optional; type surface_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
      • axis_definition_p1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p1_x - optional; type double
      • axis_definition_p1_y - optional; type double
      • axis_definition_p1_z - optional; type double
      • axis_definition_p2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p2_x - optional; type double
      • axis_definition_p2_y - optional; type double
      • axis_definition_p2_z - optional; type double
      • axis_definition_type - optional; type surface_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
      • comment - optional; type string
      • coordinate_system - optional; type string
      • form_finding_calculation_method - optional; type surface_load_form_finding_calculation_method - type undefined with restriction - enum { 'FORM_FINDING_CALCULATION_METHOD_PROJECTION', 'FORM_FINDING_CALCULATION_METHOD_STANDARD' }
      • form_finding_definition - optional; type surface_load_form_finding_definition - type undefined with restriction - enum { 'FORM_FINDING_DEFINITION_FORCE', 'FORM_FINDING_DEFINITION_STRESS' }
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • load_case - optional; type int
      • load_direction - optional; type surface_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
      • load_distribution - optional; type surface_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_LINEAR_IN_X', 'LOAD_DISTRIBUTION_LINEAR_IN_Y', 'LOAD_DISTRIBUTION_LINEAR_IN_Z', 'LOAD_DISTRIBUTION_RADIAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_VARYING_IN_Z' }
      • load_type - optional; type surface_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_AXIAL_STRAIN', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_FORM_FINDING', 'LOAD_TYPE_MASS', 'LOAD_TYPE_PRECAMBER', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_TEMPERATURE' }
      • magnitude_1 - optional; type double
      • magnitude_2 - optional; type double
      • magnitude_3 - optional; type double
      • magnitude_axial_strain_1x - optional; type double
      • magnitude_axial_strain_1y - optional; type double
      • magnitude_axial_strain_2x - optional; type double
      • magnitude_axial_strain_2y - optional; type double
      • magnitude_axial_strain_3x - optional; type double
      • magnitude_axial_strain_3y - optional; type double
      • magnitude_axial_strain_x - optional; type double
      • magnitude_axial_strain_y - optional; type double
      • magnitude_delta_t_1 - optional; type double
      • magnitude_delta_t_2 - optional; type double
      • magnitude_delta_t_3 - optional; type double
      • magnitude_force_x - optional; type double
      • magnitude_force_y - optional; type double
      • magnitude_mass_global - optional; type double
      • magnitude_mass_x - optional; type double
      • magnitude_mass_y - optional; type double
      • magnitude_mass_z - optional; type double
      • magnitude_stress_x - optional; type double
      • magnitude_stress_y - optional; type double
      • magnitude_t_c_1 - optional; type double
      • magnitude_t_c_2 - optional; type double
      • magnitude_t_c_3 - optional; type double
      • node_1 - optional; type int
      • node_2 - optional; type int
      • node_3 - optional; type int
      • surfaces - optional; type array_of_int
      • uniform_magnitude - optional; type double
      • uniform_magnitude_delta_t - optional; type double
      • uniform_magnitude_t_c - optional; type double
      • varying_load_parameters - optional; type array_of_surface_load_varying_load_parameters
        • surface_load_varying_load_parameters - optional, unbounded; type surface_load_varying_load_parameters
          • no - optional; type int
          • distance - optional; type double
          • delta_distance - optional; type double
          • magnitude - optional; type double
          • note - optional; type string
      • varying_load_parameters_sorted - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
93. get_surface_mesh_refinement
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_mesh_refinement
    Input:
    get_surface_mesh_refinement_request (soap:body, use = literal)Source code
    parameters type get_surface_mesh_refinement

    • no type int
    Output:
    get_surface_mesh_refinement_response (soap:body, use = literal)Source code
    parameters type get_surface_mesh_refinementResponse

    • value type surface_mesh_refinement
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • surfaces - optional; type array_of_int
      • target_length - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
94. get_surface_results_adjustment
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_results_adjustment
    Input:
    get_surface_results_adjustment_request (soap:body, use = literal)Source code
    parameters type get_surface_results_adjustment

    • no type int
    Output:
    get_surface_results_adjustment_response (soap:body, use = literal)Source code
    parameters type get_surface_results_adjustmentResponse

    • value type surface_results_adjustment
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • surfaces - optional; type array_of_int
      • form - optional; type surface_results_adjustment_form - type undefined with restriction - enum { 'FORM_CIRCLE', 'FORM_ELLIPSE', 'FORM_RECTANGLE' }
      • dimension_1 - optional; type double
      • dimension_2 - optional; type double
      • angular_rotation - optional; type double
      • center_position - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_position_x - optional; type double
      • center_position_y - optional; type double
      • center_position_z - optional; type double
      • adjustment_type_in_direction_u - optional; type surface_results_adjustment_adjustment_type_in_direction_u - type undefined with restriction - enum { 'AVERAGING_OF_MX_MXY_VX_NX_NXY', 'AVERAGING_OF_MY_MXY_VY_NY_NXY', 'NONE', 'USER_DEFINED', 'ZERO' }
      • adjustment_type_in_direction_v - optional; type surface_results_adjustment_adjustment_type_in_direction_v - type undefined with restriction - enum { 'AVERAGING_OF_MX_MXY_VX_NX_NXY', 'AVERAGING_OF_MY_MXY_VY_NY_NXY', 'NONE', 'USER_DEFINED', 'ZERO' }
      • projection_in_direction_type - optional; type surface_results_adjustment_projection_in_direction_type - type undefined with restriction - enum { 'GLOBAL_IN_X', 'GLOBAL_IN_Y', 'GLOBAL_IN_Z', 'PERPENDICULAR', 'VECTOR' }
      • vector_of_projection_in_direction_coordinates - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • vector_of_projection_in_direction_coordinates_x - optional; type double
      • vector_of_projection_in_direction_coordinates_y - optional; type double
      • vector_of_projection_in_direction_coordinates_z - optional; type double
      • comment - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
95. get_surface_set
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_set
    Input:
    get_surface_set_request (soap:body, use = literal)Source code
    parameters type get_surface_set

    • no type int
    Output:
    get_surface_set_response (soap:body, use = literal)Source code
    parameters type get_surface_setResponse

    • value type surface_set
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • set_type - optional; type surface_set_set_type - type undefined with restriction - enum { 'SET_TYPE_CONTINUOUS', 'SET_TYPE_GROUP' }
      • surfaces - optional; type array_of_int
      • surface_area - optional; type double
      • volume - optional; type double
      • mass - optional; type double
      • center_of_gravity - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • center_of_gravity_x - optional; type double
      • center_of_gravity_y - optional; type double
      • center_of_gravity_z - optional; type double
      • position - optional; type string
      • position_short - optional; type string
      • stress_analysis_configuration - optional; type int
      • timber_service_class - optional; type int
      • timber_moisture_class - optional; type int
      • timber_service_conditions - optional; type int
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
96. get_surface_set_imperfection
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_set_imperfection
    Input:
    get_surface_set_imperfection_request (soap:body, use = literal)Source code
    parameters type get_surface_set_imperfection

    • no type int
    • imperfection_case_no type int
    Output:
    get_surface_set_imperfection_response (soap:body, use = literal)Source code
    parameters type get_surface_set_imperfectionResponse

    • value type surface_set_imperfection
      • no type int
      • definition_type - optional; type surface_set_imperfection_definition_type - type undefined with restriction - enum { 'ABSOLUTE', 'RELATIVE' }
      • imperfection_case - optional; type int
      • imperfection_direction - optional; type surface_set_imperfection_imperfection_direction - type undefined with restriction - enum { 'IMPERFECTION_DIRECTION_LOCAL_Z', 'IMPERFECTION_DIRECTION_LOCAL_Z_NEGATIVE' }
      • initial_bow - optional; type double
      • initial_bow_relative - optional; type double
      • parameters - optional; type array_of_int
      • reference_length - optional; type double
      • surface_sets - optional; type array_of_int
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
97. get_surface_set_load
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_set_load
    Input:
    get_surface_set_load_request (soap:body, use = literal)Source code
    parameters type get_surface_set_load

    • no type int
    • load_case_no type int
    Output:
    get_surface_set_load_response (soap:body, use = literal)Source code
    parameters type get_surface_set_loadResponse

    • value type surface_set_load
      • no type int
      • advanced_mass_option - optional; type boolean
      • angular_acceleration - optional; type double
      • angular_velocity - optional; type double
      • axis_definition_axis - optional; type surface_set_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
      • axis_definition_axis_orientation - optional; type surface_set_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
      • axis_definition_p1 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p1_x - optional; type double
      • axis_definition_p1_y - optional; type double
      • axis_definition_p1_z - optional; type double
      • axis_definition_p2 - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • axis_definition_p2_x - optional; type double
      • axis_definition_p2_y - optional; type double
      • axis_definition_p2_z - optional; type double
      • axis_definition_type - optional; type surface_set_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
      • comment - optional; type string
      • coordinate_system - optional; type string
      • form_finding_calculation_method - optional; type surface_set_load_form_finding_calculation_method - type undefined with restriction - enum { 'FORM_FINDING_CALCULATION_METHOD_PROJECTION', 'FORM_FINDING_CALCULATION_METHOD_STANDARD' }
      • form_finding_definition - optional; type surface_set_load_form_finding_definition - type undefined with restriction - enum { 'FORM_FINDING_DEFINITION_FORCE', 'FORM_FINDING_DEFINITION_STRESS' }
      • generating_object_info - optional; type string
      • is_generated - optional; type boolean
      • load_case - optional; type int
      • load_direction - optional; type surface_set_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
      • load_distribution - optional; type surface_set_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_LINEAR_IN_X', 'LOAD_DISTRIBUTION_LINEAR_IN_Y', 'LOAD_DISTRIBUTION_LINEAR_IN_Z', 'LOAD_DISTRIBUTION_RADIAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_VARYING_IN_Z' }
      • load_type - optional; type surface_set_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_AXIAL_STRAIN', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_FORM_FINDING', 'LOAD_TYPE_MASS', 'LOAD_TYPE_PRECAMBER', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_TEMPERATURE' }
      • magnitude_1 - optional; type double
      • magnitude_2 - optional; type double
      • magnitude_3 - optional; type double
      • magnitude_axial_strain_1x - optional; type double
      • magnitude_axial_strain_1y - optional; type double
      • magnitude_axial_strain_2x - optional; type double
      • magnitude_axial_strain_2y - optional; type double
      • magnitude_axial_strain_3x - optional; type double
      • magnitude_axial_strain_3y - optional; type double
      • magnitude_axial_strain_x - optional; type double
      • magnitude_axial_strain_y - optional; type double
      • magnitude_delta_t_1 - optional; type double
      • magnitude_delta_t_2 - optional; type double
      • magnitude_delta_t_3 - optional; type double
      • magnitude_force_x - optional; type double
      • magnitude_force_y - optional; type double
      • magnitude_mass_global - optional; type double
      • magnitude_mass_x - optional; type double
      • magnitude_mass_y - optional; type double
      • magnitude_mass_z - optional; type double
      • magnitude_stress_x - optional; type double
      • magnitude_stress_y - optional; type double
      • magnitude_t_c_1 - optional; type double
      • magnitude_t_c_2 - optional; type double
      • magnitude_t_c_3 - optional; type double
      • node_1 - optional; type int
      • node_2 - optional; type int
      • node_3 - optional; type int
      • surface_sets - optional; type array_of_int
      • uniform_magnitude - optional; type double
      • uniform_magnitude_delta_t - optional; type double
      • uniform_magnitude_t_c - optional; type double
      • varying_load_parameters - optional; type array_of_surface_set_load_varying_load_parameters
        • surface_set_load_varying_load_parameters - optional, unbounded; type surface_set_load_varying_load_parameters
          • no - optional; type int
          • distance - optional; type double
          • delta_distance - optional; type double
          • magnitude - optional; type double
          • note - optional; type string
      • varying_load_parameters_sorted - optional; type boolean
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
98. get_surface_stiffness_modification
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_stiffness_modification
    Input:
    get_surface_stiffness_modification_request (soap:body, use = literal)Source code
    parameters type get_surface_stiffness_modification

    • no type int
    Output:
    get_surface_stiffness_modification_response (soap:body, use = literal)Source code
    parameters type get_surface_stiffness_modificationResponse

    • value type surface_stiffness_modification
      • no type int
      • type - optional; type surface_stiffness_modification_type - type undefined with restriction - enum { 'TYPE_PARTIAL_STIFFNESSES_FACTORS', 'TYPE_STIFFNESS_MATRIX_ELEMENTS_FACTORS', 'TYPE_TOTAL_STIFFNESS_FACTOR' }
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • factor_of_total_stiffness - optional; type double
      • factor_of_bending_stiffness - optional; type double
      • factor_of_shear_stiffness - optional; type double
      • factor_of_membrane_stiffness - optional; type double
      • factor_of_eccentric_effects - optional; type double
      • factor_of_weight - optional; type double
      • factor_of_mass - optional; type double
      • kd11 - optional; type double
      • kd12 - optional; type double
      • kd13 - optional; type double
      • kd22 - optional; type double
      • kd23 - optional; type double
      • kd33 - optional; type double
      • kd44 - optional; type double
      • kd45 - optional; type double
      • kd55 - optional; type double
      • kd66 - optional; type double
      • kd67 - optional; type double
      • kd68 - optional; type double
      • kd77 - optional; type double
      • kd78 - optional; type double
      • kd88 - optional; type double
      • kd16 - optional; type double
      • kd17 - optional; type double
      • kd18 - optional; type double
      • kd27 - optional; type double
      • kd28 - optional; type double
      • kd38 - optional; type double
      • kd11_note - optional; type string
      • kd12_note - optional; type string
      • kd13_note - optional; type string
      • kd22_note - optional; type string
      • kd23_note - optional; type string
      • kd33_note - optional; type string
      • kd44_note - optional; type string
      • kd45_note - optional; type string
      • kd55_note - optional; type string
      • kd66_note - optional; type string
      • kd67_note - optional; type string
      • kd68_note - optional; type string
      • kd77_note - optional; type string
      • kd78_note - optional; type string
      • kd88_note - optional; type string
      • kd16_note - optional; type string
      • kd17_note - optional; type string
      • kd18_note - optional; type string
      • kd27_note - optional; type string
      • kd28_note - optional; type string
      • kd38_note - optional; type string
      • assigned_to_structural_modification - optional; type array_of_int
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
99. get_surface_support
    Source code
    Operation type:
    Request-response. The endpoint receives a message, and sends a correlated message.
    SOAP action:
    http://localhost:8082/get_surface_support
    Input:
    get_surface_support_request (soap:body, use = literal)Source code
    parameters type get_surface_support

    • no type int
    Output:
    get_surface_support_response (soap:body, use = literal)Source code
    parameters type get_surface_supportResponse

    • value type surface_support
      • no type int
      • user_defined_name_enabled - optional; type boolean
      • name - optional; type string
      • surfaces - optional; type array_of_int
      • translation - optional; type vector_3d
        • x type double
        • y type double
        • z type double
      • translation_x - optional; type double
      • translation_y - optional; type double
      • translation_z - optional; type double
      • shear_xz - optional; type double
      • shear_yz - optional; type double
      • nonlinearity - optional; type surface_support_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_FAILURE_IF_NEGATIVE_CONTACT_STRESS_Z', 'NONLINEARITY_FAILURE_IF_POSITIVE_CONTACT_STRESS_Z', 'NONLINEARITY_NONE' }
      • negative_nonlinearity_type - optional; type surface_support_negative_nonlinearity_type - type undefined with restriction - enum { 'NONLINEARITY_DEFINITION_TYPE_BASIC_UNDIRECTIONAL_ACTION', 'NONLINEARITY_DEFINITION_TYPE_FRICTION_PLANE_XY', 'NONLINEARITY_DEFINITION_TYPE_YIELDING_CONTACT_STRESS_SIGMA_Z' }
      • positive_nonlinearity_type - optional; type surface_support_positive_nonlinearity_type - type undefined with restriction - enum { 'NONLINEARITY_DEFINITION_TYPE_BASIC_UNDIRECTIONAL_ACTION', 'NONLINEARITY_DEFINITION_TYPE_FRICTION_PLANE_XY', 'NONLINEARITY_DEFINITION_TYPE_YIELDING_CONTACT_STRESS_SIGMA_Z' }
      • negative_friction_coefficient - optional; type double
      • positive_friction_coefficient - optional; type double
      • negative_contact_stress - optional; type double
      • positive_contact_stress - optional; type double
      • comment - optional; type string
      • is_generated - optional; type boolean
      • generating_object_info - optional; type string
      • id_for_export_import - optional; type string
      • metadata_for_export_import - optional; type string
100. get_surfaces_contact
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/get_surfaces_contact
     Input:
     get_surfaces_contact_request (soap:body, use = literal)Source code
     parameters type get_surfaces_contact

     • no type int
     Output:
     get_surfaces_contact_response (soap:body, use = literal)Source code
     parameters type get_surfaces_contactResponse

     • value type surfaces_contact
       • no type int
       • surfaces_contact_type - optional; type int
       • surfaces_group1 - optional; type array_of_int
       • surfaces_group2 - optional; type array_of_int
       • comment - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
101. get_surfaces_contact_type
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/get_surfaces_contact_type
     Input:
     get_surfaces_contact_type_request (soap:body, use = literal)Source code
     parameters type get_surfaces_contact_type

     • no type int
     Output:
     get_surfaces_contact_type_response (soap:body, use = literal)Source code
     parameters type get_surfaces_contact_typeResponse

     • value type surfaces_contact_type
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • comment - optional; type string
       • surfaces_contacts - optional; type array_of_int
       • perpendicular_to_surface - optional; type surfaces_contact_type_perpendicular_to_surface - type undefined with restriction - enum { 'FAILURE_UNDER_COMPRESSION', 'FAILURE_UNDER_TENSION', 'FULL_FORCE_TRANSMISSION' }
       • parallel_to_surface - optional; type surfaces_contact_type_parallel_to_surface - type undefined with restriction - enum { 'ELASTIC_FRICTION', 'ELASTIC_SURFACE', 'FAILURE_IF_CONTACT_PERPENDICULAR_TO_SURFACES_FAILED', 'FULL_FORCE_TRANSMISSION', 'RIGID_FRICTION' }
       • rigid_friction_type - optional; type surfaces_contact_type_rigid_friction_type - type undefined with restriction - enum { 'FRICTION_COEFFICIENT', 'LIMIT_STRESS' }
       • rigid_friction_coefficient - optional; type double
       • rigid_friction_limit_stress - optional; type double
       • elastic_behavior_shear_stiffness - optional; type double
       • elastic_friction_type - optional; type surfaces_contact_type_elastic_friction_type - type undefined with restriction - enum { 'FRICTION_COEFFICIENT', 'LIMIT_STRESS' }
       • elastic_friction_coefficient - optional; type double
       • elastic_friction_limit_stress - optional; type double
       • elastic_friction_shear_stiffness - optional; type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
102. get_thickness
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/get_thickness
     Input:
     get_thickness_request (soap:body, use = literal)Source code
     parameters type get_thickness

     • no type int
     Output:
     get_thickness_response (soap:body, use = literal)Source code
     parameters type get_thicknessResponse

     • value type thickness
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • assigned_to_surfaces - optional; type array_of_int
       • type - optional; type thickness_type - type undefined with restriction - enum { 'TYPE_LAYERS', 'TYPE_SHAPE_ORTHOTROPY', 'TYPE_STIFFNESS_MATRIX', 'TYPE_THICKNESS_PHASE', 'TYPE_TIMBER_FRAME_WALL', 'TYPE_UNIFORM', 'TYPE_VARIABLE_CIRCLE', 'TYPE_VARIABLE_FOUR_SURFACE_CORNERS', 'TYPE_VARIABLE_THREE_NODES', 'TYPE_VARIABLE_TWO_NODES_AND_DIRECTION' }
       • material - optional; type int
       • uniform_thickness - optional; type double
       • thickness_1 - optional; type double
       • node_1 - optional; type int
       • thickness_2 - optional; type double
       • node_2 - optional; type int
       • thickness_3 - optional; type double
       • node_3 - optional; type int
       • direction - optional; type thickness_direction - type undefined with restriction - enum { 'THICKNESS_DIRECTION_IN_SMALL_X', 'THICKNESS_DIRECTION_IN_SMALL_Y', 'THICKNESS_DIRECTION_IN_X', 'THICKNESS_DIRECTION_IN_Y', 'THICKNESS_DIRECTION_IN_Z' }
       • thickness_4 - optional; type double
       • node_4 - optional; type int
       • thickness_circle_center - optional; type double
       • thickness_circle_line - optional; type double
       • comment - optional; type string
       • layers_reference_table - optional; type array_of_thickness_layers_reference_table
         • thickness_layers_reference_table - optional, unbounded; type thickness_layers_reference_table
           • no - optional; type int
           • layer_no - optional; type int
           • layer_type - optional; type int
           • thickness_type - optional; type int
           • material - optional; type int
           • thickness - optional; type double
           • angle - optional; type double
           • connection_with_other_topological_elements - optional; type boolean
           • comment - optional; type string
           • specific_weight - optional; type double
           • weight - optional; type double
       • layers_solid_model_enabled - optional; type boolean
       • layers_gas_enabled - optional; type boolean
       • layers_total_thickness - optional; type double
       • layers_total_weight - optional; type double
       • other_time_dependent_properties_of_concrete - optional; type boolean
       • layers_creep_enabled - optional; type boolean
       • layers_shrinkage_enabled - optional; type boolean
       • layers_relative_humidity - optional; type double
       • visualization_function_type - optional; type thickness_visualization_function_type - type undefined with restriction - enum { 'FUNCTION_TYPE_CREEP_COEFFICIENT', 'FUNCTION_TYPE_SHRINKAGE_STRAIN_CA', 'FUNCTION_TYPE_SHRINKAGE_STRAIN_CD', 'FUNCTION_TYPE_SHRINKAGE_STRAIN_CS' }
       • visualization_layer_id - optional; type int
       • visualization_age_of_concrete_at_the_considered_moment - optional; type double
       • visualization_number_of_steps - optional; type int
       • visualization_coefficients - optional; type array_of_thickness_visualization_coefficients
         • thickness_visualization_coefficients - optional, unbounded; type thickness_visualization_coefficients
           • no - optional; type int
           • time - optional; type double
           • coefficient - optional; type double
       • parent_thickness - optional; type int
       • parent_thickness_layers - optional; type array_of_int
       • timber_frame_wall_sheathing_front_material_enabled - optional; type boolean
       • timber_frame_wall_sheathing_front_material - optional; type int
       • timber_frame_wall_sheathing_front_thickness - optional; type double
       • timber_frame_wall_sheathing_back_material_enabled - optional; type boolean
       • timber_frame_wall_sheathing_back_material - optional; type int
       • timber_frame_wall_sheathing_back_thickness - optional; type double
       • timber_frame_wall_horizontal_framing_members_cross_section - optional; type int
       • timber_frame_wall_vertical_framing_members_cross_section - optional; type int
       • timber_frame_wall_framing_members_connector_type - optional; type thickness_timber_frame_wall_framing_members_connector_type - type undefined with restriction - enum { 'TYPE_NAIL', 'TYPE_STAPLE' }
       • timber_frame_wall_framing_members_connector_diameter - optional; type double
       • timber_frame_wall_framing_members_connector_dimension_type - optional; type thickness_timber_frame_wall_framing_members_connector_dimension_type - type undefined with restriction - enum { 'TYPE_0075_X_1060', 'TYPE_0075_X_1130', 'TYPE_0075_X_1300', 'TYPE_0110_X_0610', 'TYPE_0120_X_0200', 'TYPE_0125_X_0620', 'TYPE_0125_X_0770', 'TYPE_0125_X_1060', 'TYPE_0125_X_1130', 'TYPE_0125_X_1250', 'TYPE_0125_X_1300', 'TYPE_0165_X_0280' }
       • timber_frame_wall_framing_members_connector_spacing - optional; type double
       • timber_frame_wall_vertical_studs_cross_section - optional; type int
       • timber_frame_wall_vertical_studs_distribution - optional; type thickness_timber_frame_wall_vertical_studs_distribution - type undefined with restriction - enum { 'TYPE_CENTER_TO_CENTER', 'TYPE_GAP', 'TYPE_UNIFORM', 'TYPE_USER_DEFINED' }
       • timber_frame_wall_vertical_studs_reverse_distribution_enabled - optional; type boolean
       • timber_frame_wall_vertical_studs_spacing - optional; type double
       • timber_frame_wall_vertical_studs_spacing_table - optional; type array_of_thickness_timber_frame_wall_vertical_studs_spacing_table
         • thickness_timber_frame_wall_vertical_studs_spacing_table - optional, unbounded; type thickness_timber_frame_wall_vertical_studs_spacing_table
           • no - optional; type int
           • spacing - optional; type double
           • note - optional; type string
       • timber_frame_wall_vertical_studs_spacing_definition_relative - optional; type boolean
       • timber_frame_wall_vertical_studs_connector_type - optional; type thickness_timber_frame_wall_vertical_studs_connector_type - type undefined with restriction - enum { 'TYPE_NAIL', 'TYPE_STAPLE' }
       • timber_frame_wall_vertical_studs_connector_diameter - optional; type double
       • timber_frame_wall_vertical_studs_connector_dimension_type - optional; type thickness_timber_frame_wall_vertical_studs_connector_dimension_type - type undefined with restriction - enum { 'TYPE_0075_X_1060', 'TYPE_0075_X_1130', 'TYPE_0075_X_1300', 'TYPE_0110_X_0610', 'TYPE_0120_X_0200', 'TYPE_0125_X_0620', 'TYPE_0125_X_0770', 'TYPE_0125_X_1060', 'TYPE_0125_X_1130', 'TYPE_0125_X_1250', 'TYPE_0125_X_1300', 'TYPE_0165_X_0280' }
       • timber_frame_wall_vertical_studs_connector_spacing - optional; type double
       • timber_frame_wall_blockings_cross_section_enabled - optional; type boolean
       • timber_frame_wall_blockings_cross_section - optional; type int
       • timber_frame_wall_blockings_distribution - optional; type thickness_timber_frame_wall_blockings_distribution - type undefined with restriction - enum { 'TYPE_ALTEMATING', 'TYPE_INLINE', 'TYPE_STAGGERED' }
       • timber_frame_wall_blockings_offset - optional; type double
       • orthotropy_type - optional; type thickness_orthotropy_type - type undefined with restriction - enum { 'ORTHOTROPIC_THICKNESS_TYPE_BIDIRECTIONAL_RIBBED_PLATE', 'ORTHOTROPIC_THICKNESS_TYPE_COUPLING', 'ORTHOTROPIC_THICKNESS_TYPE_EFFECTIVE_THICKNESS', 'ORTHOTROPIC_THICKNESS_TYPE_GRILLAGE', 'ORTHOTROPIC_THICKNESS_TYPE_HOLLOW_CORE_SLAB', 'ORTHOTROPIC_THICKNESS_TYPE_TRAPEZOIDAL_SHEET', 'ORTHOTROPIC_THICKNESS_TYPE_UNIDIRECTIONAL_RIBBED_PLATE' }
       • rotation_beta - optional; type double
       • self_weight_definition_type - optional; type thickness_self_weight_definition_type - type undefined with restriction - enum { 'SELF_WEIGHT_COMPUTED_FROM_PARAMETERS', 'SELF_WEIGHT_DEFINED_VIA_FICTITIOUS_THICKNESS', 'SELF_WEIGHT_DEFINED_VIA_WEIGHT' }
       • fictitious_thickness - optional; type double
       • self_weight - optional; type double
       • effective_thickness_x - optional; type double
       • effective_thickness_y - optional; type double
       • coupling_thickness - optional; type double
       • coupling_spacing - optional; type double
       • coupling_width - optional; type double
       • slab_thickness - optional; type double
       • rib_height - optional; type double
       • rib_spacing - optional; type double
       • rib_width - optional; type double
       • rib_spacing_x - optional; type double
       • rib_spacing_y - optional; type double
       • rib_width_x - optional; type double
       • rib_width_y - optional; type double
       • sheet_thickness - optional; type double
       • total_profile_height - optional; type double
       • top_flange_width - optional; type double
       • bottom_flange_width - optional; type double
       • void_spacing - optional; type double
       • void_diameter - optional; type double
       • rib_height_x - optional; type double
       • rib_height_y - optional; type double
       • D11 - optional; type double
       • D11_note - optional; type string
       • D12 - optional; type double
       • D12_note - optional; type string
       • D13 - optional; type double
       • D13_note - optional; type string
       • D16 - optional; type double
       • D16_note - optional; type string
       • D17 - optional; type double
       • D17_note - optional; type string
       • D18 - optional; type double
       • D18_note - optional; type string
       • D22 - optional; type double
       • D22_note - optional; type string
       • D23 - optional; type double
       • D23_note - optional; type string
       • D27 - optional; type double
       • D27_note - optional; type string
       • D28 - optional; type double
       • D28_note - optional; type string
       • D33 - optional; type double
       • D33_note - optional; type string
       • D38 - optional; type double
       • D38_note - optional; type string
       • D44 - optional; type double
       • D44_note - optional; type string
       • D45 - optional; type double
       • D45_note - optional; type string
       • D55 - optional; type double
       • D55_note - optional; type string
       • D66 - optional; type double
       • D66_note - optional; type string
       • D67 - optional; type double
       • D67_note - optional; type string
       • D68 - optional; type double
       • D68_note - optional; type string
       • D77 - optional; type double
       • D77_note - optional; type string
       • D78 - optional; type double
       • D78_note - optional; type string
       • D88 - optional; type double
       • D88_note - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
103. reset
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/reset
     Input:
     reset_request (soap:body, use = literal)Source code
     parameters type reset
     Output:
     reset_response (soap:body, use = literal)Source code
     parameters type resetResponse
104. run_script
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/run_script
     Input:
     run_script_request (soap:body, use = literal)Source code
     parameters type run_script

     • script_file_path type string
     Output:
     run_script_response (soap:body, use = literal)Source code
     parameters type run_scriptResponse
105. save
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/save
     Input:
     save_request (soap:body, use = literal)Source code
     parameters type save

     • file_path type string
     Output:
     save_response (soap:body, use = literal)Source code
     parameters type saveResponse

     • value type boolean
106. set_action
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_action
     Input:
     set_action_request (soap:body, use = literal)Source code
     parameters type set_action

     • value type action
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • is_active - optional; type boolean
       • action_category - optional; type int
       • action_type - optional; type action_action_type - type undefined with restriction - enum { 'ACTING_ALTERNATIVELY', 'ACTING_DIFFERENTLY', 'ACTING_SIMULTANEOUSLY', 'DYNAMIC_LOAD_CASE' }
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • items - optional; type array_of_action_items
         • action_items - optional, unbounded; type action_items
           • no - optional; type int
           • load_case_item - optional; type int
           • acting_group_number - optional; type int
       • has_short_duration - optional; type boolean
       • has_duration_shorter_than_one_month - optional; type boolean
       • imposed_load_category - optional; type action_imposed_load_category - type undefined with restriction - enum { 'IMPOSED_LOADS_CATEGORY_A', 'IMPOSED_LOADS_CATEGORY_B', 'IMPOSED_LOADS_CATEGORY_C', 'IMPOSED_LOADS_CATEGORY_D', 'IMPOSED_LOADS_CATEGORY_E' }
       • has_short_duration_according_to_5132 - optional; type boolean
       • for_temperature_apply_coefficients - optional; type boolean
       • short_time_variable_action - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_action_response (soap:body, use = literal)Source code
     parameters type set_actionResponse
107. set_action_combination
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_action_combination
     Input:
     set_action_combination_request (soap:body, use = literal)Source code
     parameters type set_action_combination

     • value type action_combination
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • attribute_always_editable - optional; type string
       • design_situation - optional; type int
       • combination_type - optional; type action_combination_combination_type - type undefined with restriction - enum { 'ENVELOPE_PERMANENT', 'ENVELOPE_TRANSIENT', 'GENERAL', 'SUPERPOSITION' }
       • items - optional; type array_of_action_combination_items
         • action_combination_items - optional, unbounded; type action_combination_items
           • no - optional; type int
           • action_item - optional; type int
           • operator_type - optional; type operator_type - type undefined with restriction - enum { 'OPERATOR_AND', 'OPERATOR_NONE', 'OPERATOR_OR' }
           • left_parenthesis - optional; type boolean
           • right_parenthesis - optional; type boolean
           • group_factor - optional; type double
           • action_factor - optional; type double
           • action_load_type - optional; type action_load_type - type undefined with restriction - enum { 'LOAD_TYPE_PERMANENT', 'LOAD_TYPE_TRANSIENT' }
           • group_load_type - optional; type group_load_type - type undefined with restriction - enum { 'LOAD_TYPE_PERMANENT', 'LOAD_TYPE_TRANSIENT' }
           • action - optional; type int
           • is_leading - optional; type boolean
           • gamma - optional; type double
           • psi - optional; type double
           • xi - optional; type double
           • k_fi - optional; type double
           • c_esl - optional; type double
           • k_def - optional; type double
           • psi_0 - optional; type double
           • psi_1 - optional; type double
           • psi_2 - optional; type double
           • fi - optional; type double
           • gamma_0 - optional; type double
           • alfa - optional; type double
           • k_f - optional; type double
           • phi - optional; type double
           • rho - optional; type double
           • omega_0 - optional; type double
       • active - optional; type boolean
       • construction_stage - optional; type int
       • generated_load_combinations - optional; type array_of_int
       • generated_result_combinations - optional; type array_of_int
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_action_combination_response (soap:body, use = literal)Source code
     parameters type set_action_combinationResponse
108. set_building_story
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_building_story
     Input:
     set_building_story_request (soap:body, use = literal)Source code
     parameters type set_building_story

     • value type building_story
       • no type int
       • type - optional; type building_story_type - type undefined with restriction - enum { 'TYPE_STANDARD' }
       • comment - optional; type string
       • elevation - optional; type double
       • has_thickness - optional; type boolean
       • height - optional; type double
       • is_similar_to - optional; type boolean
       • name - optional; type string
       • similar_to - optional; type int
       • story_no - optional; type int
       • thickness - optional; type double
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_building_story_response (soap:body, use = literal)Source code
     parameters type set_building_storyResponse
109. set_clipping_box
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_clipping_box
     Input:
     set_clipping_box_request (soap:body, use = literal)Source code
     parameters type set_clipping_box

     • value type clipping_box
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • coordinate_system - optional; type int
       • origin_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • origin_coordinate_x - optional; type double
       • origin_coordinate_y - optional; type double
       • origin_coordinate_z - optional; type double
       • dimensions - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • dimension_x - optional; type double
       • dimension_y - optional; type double
       • dimension_z - optional; type double
       • comment - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_clipping_box_response (soap:body, use = literal)Source code
     parameters type set_clipping_boxResponse
110. set_clipping_plane
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_clipping_plane
     Input:
     set_clipping_plane_request (soap:body, use = literal)Source code
     parameters type set_clipping_plane

     • value type clipping_plane
       • no type int
       • type - optional; type clipping_plane_type - type undefined with restriction - enum { 'TYPE_2_POINTS_AND_ANGLE', 'TYPE_3_POINTS', 'TYPE_OFFSET_XYZ', 'TYPE_POINT_AND_3_ANGLES' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • coordinate_system - optional; type int
       • invert_clipping_side - optional; type boolean
       • origin_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • origin_coordinate_x - optional; type double
       • origin_coordinate_y - optional; type double
       • origin_coordinate_z - optional; type double
       • u_axis_point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • u_axis_point_coordinate_x - optional; type double
       • u_axis_point_coordinate_y - optional; type double
       • u_axis_point_coordinate_z - optional; type double
       • clipping_plane_point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • clipping_plane_point_coordinate_x - optional; type double
       • clipping_plane_point_coordinate_y - optional; type double
       • clipping_plane_point_coordinate_z - optional; type double
       • clipping_plane_angle - optional; type double
       • rotation_angles_sequence - optional; type clipping_plane_rotation_angles_sequence - type undefined with restriction - enum { 'SEQUENCE_UVW', 'SEQUENCE_UWV', 'SEQUENCE_VUW', 'SEQUENCE_VWU', 'SEQUENCE_WUV', 'SEQUENCE_WVU', 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
       • rotation_angle_1 - optional; type double
       • rotation_angle_2 - optional; type double
       • rotation_angle_3 - optional; type double
       • orientation - optional; type clipping_plane_orientation - type undefined with restriction - enum { 'ORIENTATION_PARALLEL_TO_XY', 'ORIENTATION_PARALLEL_TO_XZ', 'ORIENTATION_PARALLEL_TO_YZ' }
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_clipping_plane_response (soap:body, use = literal)Source code
     parameters type set_clipping_planeResponse
111. set_combination_wizard
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_combination_wizard
     Input:
     set_combination_wizard_request (soap:body, use = literal)Source code
     parameters type set_combination_wizard

     • value type combination_wizard
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • static_analysis_settings - optional; type int
       • generate_combinations - optional; type combination_wizard_generate_combinations - type undefined with restriction - enum { 'GENERATE_LOAD_COMBINATIONS', 'GENERATE_RESULT_COMBINATIONS' }
       • has_stability_analysis - optional; type boolean
       • stability_analysis_settings - optional; type int
       • consider_imperfection_case - optional; type boolean
       • generate_same_CO_without_IC - optional; type boolean
       • consider_construction_stages - optional; type boolean
       • consider_influence_lines_areas - optional; type boolean
       • user_defined_action_combinations - optional; type boolean
       • favorable_permanent_actions - optional; type boolean
       • consider_inclusive_or_exclusive_load_cases - optional; type boolean
       • reduce_number_of_generated_combinations - optional; type boolean
       • additionally_envelope - optional; type boolean
       • auxiliary_combinations - optional; type boolean
       • generate_subcombinations_of_type_superposition - optional; type boolean
       • comment - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_combination_wizard_response (soap:body, use = literal)Source code
     parameters type set_combination_wizardResponse
112. set_coordinate_system
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_coordinate_system
     Input:
     set_coordinate_system_request (soap:body, use = literal)Source code
     parameters type set_coordinate_system

     • value type coordinate_system
       • no type int
       • type - optional; type coordinate_system_type - type undefined with restriction - enum { 'TYPE_2_POINTS_AND_ANGLE', 'TYPE_3_POINTS', 'TYPE_GLOBAL_XYZ', 'TYPE_OFFSET_XYZ', 'TYPE_POINT_AND_3_ANGLES' }
       • comment - optional; type string
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • name - optional; type string
       • origin_coordinate_x - optional; type double
       • origin_coordinate_y - optional; type double
       • origin_coordinate_z - optional; type double
       • origin_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • rotation_angle_1 - optional; type double
       • rotation_angle_2 - optional; type double
       • rotation_angle_3 - optional; type double
       • rotation_angles_sequence - optional; type coordinate_system_rotation_angles_sequence - type undefined with restriction - enum { 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
       • u_axis_point_coordinate_x - optional; type double
       • u_axis_point_coordinate_y - optional; type double
       • u_axis_point_coordinate_z - optional; type double
       • u_axis_point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • user_defined_name_enabled - optional; type boolean
       • uw_plane_angle - optional; type double
       • uw_plane_point_coordinate_x - optional; type double
       • uw_plane_point_coordinate_y - optional; type double
       • uw_plane_point_coordinate_z - optional; type double
       • uw_plane_point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_coordinate_system_response (soap:body, use = literal)Source code
     parameters type set_coordinate_systemResponse
113. set_cutting_line_setting
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_cutting_line_setting
     Input:
     set_cutting_line_setting_request (soap:body, use = literal)Source code
     parameters type set_cutting_line_setting

     • value type cutting_line_setting
       • no type int
       • type - optional; type cutting_line_setting_type - type undefined with restriction - enum { 'TYPE_BOUNDARY_LINE', 'TYPE_WELDING_LINE' }
       • comment - optional; type string
       • cutting_line_compensation - optional; type double
       • cutting_line_compensation_enabled - optional; type boolean
       • cutting_pattern_allowance - optional; type double
       • name - optional; type string
       • weld_allowance_assignment - optional; type cutting_line_setting_weld_allowance_assignment - type undefined with restriction - enum { 'WELD_ALLOWANCE_TO_LEFT_PATTERN', 'WELD_ALLOWANCE_TO_LRIGHT_PATTERN', 'WELD_ALLOWANCE_TO_NEIGHBOURING_PATTERNS' }
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_cutting_line_setting_response (soap:body, use = literal)Source code
     parameters type set_cutting_line_settingResponse
114. set_cutting_pattern
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_cutting_pattern
     Input:
     set_cutting_pattern_request (soap:body, use = literal)Source code
     parameters type set_cutting_pattern

     • value type cutting_pattern
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • material_change_enabled - optional; type boolean
       • material - optional; type int
       • pattern_orientation_category - optional; type cutting_pattern_pattern_orientation_category - type undefined with restriction - enum { 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_ANGULAR_ROTATION', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_COORDINATE_SYSTEM', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_LINES' }
       • angular_rotation - optional; type double
       • axis - optional; type cutting_pattern_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y' }
       • parralel_to_lines - optional; type array_of_int
       • coordinate_system - optional; type int
       • boundary_lines - optional; type array_of_int
       • cutting_line_settings_table - optional; type array_of_cutting_pattern_cutting_line_settings_table
         • cutting_pattern_cutting_line_settings_table - optional, unbounded; type cutting_pattern_cutting_line_settings_table
           • no - optional; type int
           • line - optional; type int
           • cutting_line_settings - optional; type int
       • comment - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_cutting_pattern_response (soap:body, use = literal)Source code
     parameters type set_cutting_patternResponse
115. set_design_situation
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_design_situation
     Input:
     set_design_situation_request (soap:body, use = literal)Source code
     parameters type set_design_situation

     • value type design_situation
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • design_situation_type - optional; type int
       • active - optional; type boolean
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • combination_wizard - optional; type int
       • case_objects - optional; type array_of_design_situation_case_objects
         • design_situation_case_objects - optional, unbounded; type int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_design_situation_response (soap:body, use = literal)Source code
     parameters type set_design_situationResponse
116. set_design_support
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_design_support
     Input:
     set_design_support_request (soap:body, use = literal)Source code
     parameters type set_design_support

     • value type design_support
       • no type int
       • type - optional; type design_support_type - type undefined with restriction - enum { 'DESIGN_SUPPORT_TYPE_CONCRETE', 'DESIGN_SUPPORT_TYPE_GENERAL', 'DESIGN_SUPPORT_TYPE_TIMBER' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • assigned_to_members - optional; type array_of_int
       • assigned_to_member_sets - optional; type array_of_int
       • assigned_to_nodes - optional; type array_of_int
       • assigned_to_objects - optional; type string
       • support_width - optional; type double
       • support_depth - optional; type double
       • support_depth_by_section_width_of_member_enabled - optional; type boolean
       • concrete_direct_support_enabled - optional; type boolean
       • concrete_monolithic_connection_enabled - optional; type boolean
       • concrete_inner_support_enabled - optional; type boolean
       • concrete_ratio_of_moment_redistribution - optional; type double
       • timber_inner_support_enabled - optional; type boolean
       • timber_stiffening_elements_enabled - optional; type boolean
       • timber_stiffening_elements_type - optional; type design_support_timber_stiffening_elements_type - type undefined with restriction - enum { 'STIFFENING_ELEMENTS_TYPE_SCREWS' }
       • timber_number_of_screws_in_grain_direction - optional; type int
       • timber_number_of_screws_in_vertical_direction - optional; type int
       • timber_stiffener_parameters_specification_type - optional; type design_support_timber_stiffener_parameters_specification_type - type undefined with restriction - enum { 'STIFFENER_PARAMETERS_SPECIFICATION_TYPE_AUTOMATICALLY', 'STIFFENER_PARAMETERS_SPECIFICATION_TYPE_MANUALLY' }
       • timber_load_bearing_capacity_of_screw - optional; type double
       • timber_ultimate_strength_of_screw - optional; type double
       • timber_spacing_of_screws - optional; type double
       • timber_spacing_of_rows - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_design_support_response (soap:body, use = literal)Source code
     parameters type set_design_supportResponse
117. set_dimension
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_dimension
     Input:
     set_dimension_request (soap:body, use = literal)Source code
     parameters type set_dimension

     • value type dimension
       • no type int
       • type - optional; type dimension_type - type undefined with restriction - enum { 'DIMENSION_TYPE_ANGULAR', 'DIMENSION_TYPE_ARC_LENGTH', 'DIMENSION_TYPE_DIAMETER', 'DIMENSION_TYPE_ELEVATION', 'DIMENSION_TYPE_LINEAR', 'DIMENSION_TYPE_POINT_ELEVATION', 'DIMENSION_TYPE_RADIUS', 'DIMENSION_TYPE_SLOPE' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • display_properties_index - optional; type int
       • dimension_line_offset - optional; type double
       • is_custom_vertical_position - optional; type boolean
       • custom_vertical_position - optional; type dimension_custom_vertical_position - type undefined with restriction - enum { 'VERTICAL_POSITION_ABOVE', 'VERTICAL_POSITION_CENTER', 'VERTICAL_POSITION_UNDER' }
       • is_custom_horizontal_position - optional; type boolean
       • custom_horizontal_position - optional; type dimension_custom_horizontal_position - type undefined with restriction - enum { 'HORIZONTAL_POSITION_CENTER', 'HORIZONTAL_POSITION_LEFT', 'HORIZONTAL_POSITION_RIGHT' }
       • symbol - optional; type string
       • comment - optional; type string
       • measured_length - optional; type double
       • measured_lengths - optional; type array_of_int
       • measured_angle - optional; type double
       • measured_angles - optional; type array_of_int
       • measured_slope - optional; type double
       • is_global_dimension_line_offset - optional; type boolean
       • linear_coordinate_system - optional; type int
       • linear_reference - optional; type dimension_linear_reference - type undefined with restriction - enum { 'REFERENCE_LENGTH', 'REFERENCE_PROJECTION_X', 'REFERENCE_PROJECTION_Y', 'REFERENCE_PROJECTION_Z' }
       • linear_plane - optional; type dimension_linear_plane - type undefined with restriction - enum { 'PLANE_FIRST', 'PLANE_SECOND' }
       • linear_global_dimension_line_offset - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • linear_global_dimension_line_offset_x - optional; type double
       • linear_global_dimension_line_offset_y - optional; type double
       • linear_global_dimension_line_offset_z - optional; type double
       • linear_reference_table - optional; type array_of_dimension_linear_reference_table
         • dimension_linear_reference_table - optional, unbounded; type dimension_linear_reference_table
           • no - optional; type int
           • reference_object_type - optional; type reference_object_type - type undefined with restriction - enum { 'REFERENCE_TYPE_CONTROL_POINT', 'REFERENCE_TYPE_LINE', 'REFERENCE_TYPE_MEMBER', 'REFERENCE_TYPE_NODE', 'REFERENCE_TYPE_POINT', 'REFERENCE_TYPE_POINT_ON_LINE', 'REFERENCE_TYPE_SURFACE' }
           • reference_object - optional; type int
           • line_relative_distance - optional; type double
           • coordinate_x - optional; type double
           • coordinate_y - optional; type double
           • coordinate_z - optional; type double
       • arc_length_reference_line - optional; type int
       • arc_length_reference_table - optional; type array_of_dimension_arc_length_reference_table
         • dimension_arc_length_reference_table - optional, unbounded; type dimension_arc_length_reference_table
           • no - optional; type int
           • reference_object_type - optional; type reference_object_type - type undefined with restriction - enum { 'REFERENCE_TYPE_CONTROL_POINT', 'REFERENCE_TYPE_LINE', 'REFERENCE_TYPE_MEMBER', 'REFERENCE_TYPE_NODE', 'REFERENCE_TYPE_POINT', 'REFERENCE_TYPE_POINT_ON_LINE', 'REFERENCE_TYPE_SURFACE' }
           • reference_object - optional; type int
           • line_relative_distance - optional; type double
           • coordinate_x - optional; type double
           • coordinate_y - optional; type double
           • coordinate_z - optional; type double
       • arc_length_angle_greater_than_180 - optional; type boolean
       • angular_reference_table - optional; type array_of_dimension_angular_reference_table
         • dimension_angular_reference_table - optional, unbounded; type dimension_angular_reference_table
           • no - optional; type int
           • reference_object_type - optional; type reference_object_type - type undefined with restriction - enum { 'REFERENCE_TYPE_CONTROL_POINT', 'REFERENCE_TYPE_LINE', 'REFERENCE_TYPE_MEMBER', 'REFERENCE_TYPE_NODE', 'REFERENCE_TYPE_POINT', 'REFERENCE_TYPE_POINT_ON_LINE', 'REFERENCE_TYPE_SURFACE' }
           • reference_object - optional; type int
           • line_relative_distance - optional; type double
           • coordinate_x - optional; type double
           • coordinate_y - optional; type double
           • coordinate_z - optional; type double
       • angular_quadrant - optional; type dimension_angular_quadrant - type undefined with restriction - enum { 'ANGULAR_QUADRANT_LEFT', 'ANGULAR_QUADRANT_NEGATIVE', 'ANGULAR_QUADRANT_POSITIVE', 'ANGULAR_QUADRANT_RIGHT' }
       • angular_angle_greater_than_180 - optional; type boolean
       • radius_diameter_reference_line - optional; type int
       • radius_diameter_is_target_point - optional; type boolean
       • radius_diameter_target_point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • radius_diameter_target_point_coordinate_x - optional; type double
       • radius_diameter_target_point_coordinate_y - optional; type double
       • radius_diameter_target_point_coordinate_z - optional; type double
       • radius_diameter_position_on_line - optional; type double
       • slope_coordinate_system - optional; type int
       • slope_plane - optional; type dimension_slope_plane - type undefined with restriction - enum { 'SLOPE_PLANE_XY', 'SLOPE_PLANE_XZ', 'SLOPE_PLANE_YZ' }
       • slope_reference_line - optional; type int
       • slope_direction - optional; type dimension_slope_direction - type undefined with restriction - enum { 'SLOPE_DIRECTION_DOWNWARD', 'SLOPE_DIRECTION_UPWARD' }
       • slope_refer_distance_from_line_end - optional; type boolean
       • slope_position_is_relative - optional; type boolean
       • slope_position_absolute - optional; type double
       • slope_position_relative - optional; type double
       • elevation_reference_object_type - optional; type dimension_elevation_reference_object_type - type undefined with restriction - enum { 'ELEVATION_REFERENCE_OBJECT_TYPE_CONTROL_POINT', 'ELEVATION_REFERENCE_OBJECT_TYPE_NODE', 'ELEVATION_REFERENCE_OBJECT_TYPE_POINT', 'ELEVATION_REFERENCE_OBJECT_TYPE_SURFACE' }
       • elevation_reference_surface - optional; type int
       • elevation_reference_node - optional; type int
       • elevation_reference_control_point - optional; type int
       • elevation_reference_point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • elevation_reference_point_coordinate_x - optional; type double
       • elevation_reference_point_coordinate_y - optional; type double
       • elevation_reference_point_coordinate_z - optional; type double
       • elevation_distance_from_picked_position - optional; type double
       • elevation_rotation_around_z - optional; type double
       • elevation_reference_level_height - optional; type double
       • elevation_is_altitude - optional; type boolean
       • elevation_altitude - optional; type double
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_dimension_response (soap:body, use = literal)Source code
     parameters type set_dimensionResponse
118. set_enlarged_column_head
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_enlarged_column_head
     Input:
     set_enlarged_column_head_request (soap:body, use = literal)Source code
     parameters type set_enlarged_column_head

     • value type enlarged_column_head
       • no type int
       • alignment - optional; type enlarged_column_head_alignment - type undefined with restriction - enum { 'ALIGNMENT_BOTTOM_SIDE', 'ALIGNMENT_TOP_SIDE' }
       • comment - optional; type string
       • distance_x - optional; type double
       • distance_y - optional; type double
       • generating_object_info - optional; type string
       • head_shape - optional; type enlarged_column_head_head_shape - type undefined with restriction - enum { 'HEAD_SHAPE_RECTANGULAR' }
       • head_type - optional; type enlarged_column_head_head_type - type undefined with restriction - enum { 'HEAD_TYPE_SCARF', 'HEAD_TYPE_STAIR' }
       • height - optional; type double
       • integrated_in_surfaces - optional; type array_of_int
       • is_generated - optional; type boolean
       • longitudinal_reinforcement_from_surface_enabled - optional; type boolean
       • name - optional; type string
       • nodes - optional; type array_of_int
       • punching_reinforcement_enabled - optional; type boolean
       • punching_reinforcement_material - optional; type int
       • punching_reinforcement_perimeter_area - optional; type double
       • punching_reinforcement_placement - optional; type enlarged_column_head_punching_reinforcement_placement - type undefined with restriction - enum { 'AUTOMATICALLY' }
       • punching_reinforcement_stirrup_diameter - optional; type double
       • punching_reinforcement_stirrup_diameter_automatically_enabled - optional; type boolean
       • punching_reinforcement_total_area - optional; type double
       • punching_reinforcement_type - optional; type enlarged_column_head_punching_reinforcement_type - type undefined with restriction - enum { 'VERTICAL' }
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_enlarged_column_head_response (soap:body, use = literal)Source code
     parameters type set_enlarged_column_headResponse
119. set_free_circular_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_free_circular_load
     Input:
     set_free_circular_load_request (soap:body, use = literal)Source code
     parameters type set_free_circular_load

     • load_case_no type int
     • value type free_circular_load
       • no type int
       • comment - optional; type string
       • coordinate_system - optional; type int
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • load_acting_region_from - optional; type double
       • load_acting_region_to - optional; type double
       • load_case - optional; type int
       • load_direction - optional; type free_circular_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_W_TRUE' }
       • load_distribution - optional; type free_circular_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_UNIFORM' }
       • load_location_radius - optional; type double
       • load_location_x - optional; type double
       • load_location_y - optional; type double
       • load_projection - optional; type free_circular_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
       • magnitude_center - optional; type double
       • magnitude_radius - optional; type double
       • magnitude_uniform - optional; type double
       • surfaces - optional; type array_of_int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_free_circular_load_response (soap:body, use = literal)Source code
     parameters type set_free_circular_loadResponse
120. set_free_concentrated_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_free_concentrated_load
     Input:
     set_free_concentrated_load_request (soap:body, use = literal)Source code
     parameters type set_free_concentrated_load

     • load_case_no type int
     • value type free_concentrated_load
       • no type int
       • comment - optional; type string
       • coordinate_system - optional; type int
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • load_acting_region_from - optional; type double
       • load_acting_region_to - optional; type double
       • load_case - optional; type int
       • load_direction - optional; type free_concentrated_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X', 'LOAD_DIRECTION_GLOBAL_Y', 'LOAD_DIRECTION_GLOBAL_Z', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U', 'LOAD_DIRECTION_USER_DEFINED_V', 'LOAD_DIRECTION_USER_DEFINED_W' }
       • load_location_x - optional; type double
       • load_location_y - optional; type double
       • load_projection - optional; type free_concentrated_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
       • load_type - optional; type free_concentrated_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_FORCE', 'LOAD_TYPE_MOMENT' }
       • magnitude - optional; type double
       • surfaces - optional; type array_of_int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_free_concentrated_load_response (soap:body, use = literal)Source code
     parameters type set_free_concentrated_loadResponse
121. set_free_line_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_free_line_load
     Input:
     set_free_line_load_request (soap:body, use = literal)Source code
     parameters type set_free_line_load

     • load_case_no type int
     • value type free_line_load
       • no type int
       • comment - optional; type string
       • coordinate_system - optional; type int
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • load_acting_region_from - optional; type double
       • load_acting_region_to - optional; type double
       • load_case - optional; type int
       • load_direction - optional; type free_line_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_W_TRUE' }
       • load_distribution - optional; type free_line_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_UNIFORM' }
       • load_location_first_x - optional; type double
       • load_location_first_y - optional; type double
       • load_location_second_x - optional; type double
       • load_location_second_y - optional; type double
       • load_projection - optional; type free_line_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
       • magnitude_first - optional; type double
       • magnitude_second - optional; type double
       • magnitude_uniform - optional; type double
       • surfaces - optional; type array_of_int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_free_line_load_response (soap:body, use = literal)Source code
     parameters type set_free_line_loadResponse
122. set_free_polygon_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_free_polygon_load
     Input:
     set_free_polygon_load_request (soap:body, use = literal)Source code
     parameters type set_free_polygon_load

     • load_case_no type int
     • value type free_polygon_load
       • no type int
       • comment - optional; type string
       • coordinate_system - optional; type int
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • load_acting_region_from - optional; type double
       • load_acting_region_to - optional; type double
       • load_case - optional; type int
       • load_direction - optional; type free_polygon_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_W_TRUE' }
       • load_distribution - optional; type free_polygon_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_LINEAR_FIRST', 'LOAD_DISTRIBUTION_LINEAR_SECOND', 'LOAD_DISTRIBUTION_UNIFORM' }
       • load_location - optional; type array_of_free_polygon_load_load_location
         • free_polygon_load_load_location - optional, unbounded; type free_polygon_load_load_location
           • no - optional; type int
           • first_coordinate - optional; type double
           • second_coordinate - optional; type double
           • magnitude - optional; type double
       • load_projection - optional; type free_polygon_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
       • magnitude_linear_1 - optional; type double
       • magnitude_linear_2 - optional; type double
       • magnitude_linear_3 - optional; type double
       • magnitude_linear_location_1 - optional; type int
       • magnitude_linear_location_2 - optional; type int
       • magnitude_linear_location_3 - optional; type int
       • magnitude_uniform - optional; type double
       • surfaces - optional; type array_of_int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_free_polygon_load_response (soap:body, use = literal)Source code
     parameters type set_free_polygon_loadResponse
123. set_free_rectangular_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_free_rectangular_load
     Input:
     set_free_rectangular_load_request (soap:body, use = literal)Source code
     parameters type set_free_rectangular_load

     • load_case_no type int
     • value type free_rectangular_load
       • no type int
       • axis_definition_p1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p1_x - optional; type double
       • axis_definition_p1_y - optional; type double
       • axis_definition_p1_z - optional; type double
       • axis_definition_p2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p2_x - optional; type double
       • axis_definition_p2_y - optional; type double
       • axis_definition_p2_z - optional; type double
       • axis_start_angle - optional; type double
       • comment - optional; type string
       • coordinate_system - optional; type int
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • load_acting_region_from - optional; type double
       • load_acting_region_to - optional; type double
       • load_case - optional; type int
       • load_direction - optional; type free_rectangular_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_USER_DEFINED_W_TRUE' }
       • load_distribution - optional; type free_rectangular_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR_FIRST', 'LOAD_DISTRIBUTION_LINEAR_SECOND', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_VARYING_ALONG_PERIMETER', 'LOAD_DISTRIBUTION_VARYING_IN_Z', 'LOAD_DISTRIBUTION_VARYING_IN_Z_AND_ALONG_PERIMETER' }
       • load_location_center_side_a - optional; type double
       • load_location_center_side_b - optional; type double
       • load_location_center_x - optional; type double
       • load_location_center_y - optional; type double
       • load_location_first_x - optional; type double
       • load_location_first_y - optional; type double
       • load_location_rectangle - optional; type free_rectangular_load_load_location_rectangle - type undefined with restriction - enum { 'LOAD_LOCATION_RECTANGLE_CENTER_AND_SIDES', 'LOAD_LOCATION_RECTANGLE_CORNER_POINTS' }
       • load_location_rotation - optional; type double
       • load_location_second_x - optional; type double
       • load_location_second_y - optional; type double
       • load_projection - optional; type free_rectangular_load_load_projection - type undefined with restriction - enum { 'LOAD_PROJECTION_XY_OR_UV', 'LOAD_PROJECTION_XZ_OR_UW', 'LOAD_PROJECTION_YZ_OR_VW' }
       • load_varying_along_perimeter_parameters - optional; type array_of_free_rectangular_load_load_varying_along_perimeter_parameters
         • free_rectangular_load_load_varying_along_perimeter_parameters - optional, unbounded; type free_rectangular_load_load_varying_along_perimeter_parameters
           • no - optional; type int
           • alpha - optional; type double
           • recalculated_magnitude - optional; type double
           • factor - optional; type double
           • note - optional; type string
       • load_varying_along_perimeter_parameters_sorted - optional; type boolean
       • load_varying_along_perimeter_z_index - optional; type int
       • load_varying_in_z_parameters - optional; type array_of_free_rectangular_load_load_varying_in_z_parameters
         • free_rectangular_load_load_varying_in_z_parameters - optional, unbounded; type free_rectangular_load_load_varying_in_z_parameters
           • no - optional; type int
           • distance - optional; type double
           • recalculated_magnitude - optional; type double
           • factor - optional; type double
           • note - optional; type string
       • load_varying_in_z_parameters_sorted - optional; type boolean
       • magnitude_linear_first - optional; type double
       • magnitude_linear_second - optional; type double
       • magnitude_uniform - optional; type double
       • surfaces - optional; type array_of_int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_free_rectangular_load_response (soap:body, use = literal)Source code
     parameters type set_free_rectangular_loadResponse
124. set_imperfection_case
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_imperfection_case
     Input:
     set_imperfection_case_request (soap:body, use = literal)Source code
     parameters type set_imperfection_case

     • value type imperfection_case
       • no type int
       • type - optional; type imperfection_case_type - type undefined with restriction - enum { 'IMPERFECTION_TYPE_BUCKLING_MODE', 'IMPERFECTION_TYPE_DYNAMIC_EIGENMODE', 'IMPERFECTION_TYPE_IMPERFECTION_CASES_SUM', 'IMPERFECTION_TYPE_INITIAL_SWAY_VIA_TABLE', 'IMPERFECTION_TYPE_LOCAL_IMPERFECTIONS_ONLY', 'IMPERFECTION_TYPE_NOTIONAL_LOADS_FROM_LOAD_CASE', 'IMPERFECTION_TYPE_STATIC_DEFORMATION' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • assigned_to_load_cases - optional; type array_of_int
       • assigned_to_load_combinations - optional; type array_of_int
       • is_active - optional; type boolean
       • assign_to_combinations_without_assigned_imperfection_case - optional; type boolean
       • direction - optional; type imperfection_case_direction - type undefined with restriction - enum { 'DIRECTION_S', 'DIRECTION_X', 'DIRECTION_Y', 'DIRECTION_Z' }
       • direction_for_level_direction - optional; type imperfection_case_direction_for_level_direction - type undefined with restriction - enum { 'DIRECTION_X', 'DIRECTION_XY', 'DIRECTION_XZ', 'DIRECTION_Y', 'DIRECTION_YZ', 'DIRECTION_Z' }
       • coordinate_system - optional; type int
       • load_case_for_notional_loads - optional; type int
       • sway_coefficients_reciprocal - optional; type boolean
       • level_imperfections - optional; type array_of_imperfection_case_level_imperfections
         • imperfection_case_level_imperfections - optional, unbounded; type imperfection_case_level_imperfections
           • no - optional; type int
           • level - optional; type double
           • e_1 - optional; type double
           • theta_1 - optional; type double
           • e_2 - optional; type double
           • theta_2 - optional; type double
           • comment - optional; type string
       • source - optional; type imperfection_case_source - type undefined with restriction - enum { 'SOURCE_TYPE_AUTOMATICALLY', 'SOURCE_TYPE_LOAD_CASE', 'SOURCE_TYPE_LOAD_COMBINATION', 'SOURCE_TYPE_OWN_LOAD_CASE_OR_COMBINATION' }
       • shape_from_load_case - optional; type int
       • shape_from_load_combination - optional; type int
       • buckling_shape - optional; type int
       • delta_zero - optional; type double
       • magnitude_assignment_type - optional; type imperfection_case_magnitude_assignment_type - type undefined with restriction - enum { 'MAGNITUDE_ASSIGNMENT_LOCATION_WITH_LARGEST_DISPLACEMENT', 'MAGNITUDE_ASSIGNMENT_SPECIFIC_NODE' }
       • reference_node - optional; type int
       • amount_of_modes_to_investigate - optional; type int
       • eigenmode_automatically - optional; type boolean
       • imperfection_cases_items - optional; type array_of_imperfection_case_imperfection_cases_items
         • imperfection_case_imperfection_cases_items - optional, unbounded; type imperfection_case_imperfection_cases_items
           • no - optional; type int
           • name - optional; type int
           • factor - optional; type double
           • comment - optional; type string
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_imperfection_case_response (soap:body, use = literal)Source code
     parameters type set_imperfection_caseResponse
125. set_imposed_line_deformation
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_imposed_line_deformation
     Input:
     set_imposed_line_deformation_request (soap:body, use = literal)Source code
     parameters type set_imposed_line_deformation

     • load_case_no type int
     • value type imposed_line_deformation
       • no type int
       • comment - optional; type string
       • generating_object_info - optional; type string
       • imposed_displacement_line_end - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • imposed_displacement_line_end_x - optional; type double
       • imposed_displacement_line_end_y - optional; type double
       • imposed_displacement_line_end_z - optional; type double
       • imposed_displacement_line_start - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • imposed_displacement_line_start_x - optional; type double
       • imposed_displacement_line_start_y - optional; type double
       • imposed_displacement_line_start_z - optional; type double
       • imposed_rotation_line_end - optional; type double
       • imposed_rotation_line_start - optional; type double
       • is_generated - optional; type boolean
       • lines - optional; type array_of_int
       • load_case - optional; type int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_imposed_line_deformation_response (soap:body, use = literal)Source code
     parameters type set_imposed_line_deformationResponse
126. set_imposed_nodal_deformation
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_imposed_nodal_deformation
     Input:
     set_imposed_nodal_deformation_request (soap:body, use = literal)Source code
     parameters type set_imposed_nodal_deformation

     • load_case_no type int
     • value type imposed_nodal_deformation
       • no type int
       • comment - optional; type string
       • generating_object_info - optional; type string
       • imposed_displacement - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • imposed_displacement_x - optional; type double
       • imposed_displacement_y - optional; type double
       • imposed_displacement_z - optional; type double
       • imposed_rotation - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • imposed_rotation_x - optional; type double
       • imposed_rotation_y - optional; type double
       • imposed_rotation_z - optional; type double
       • is_generated - optional; type boolean
       • load_case - optional; type int
       • nodes - optional; type array_of_int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_imposed_nodal_deformation_response (soap:body, use = literal)Source code
     parameters type set_imposed_nodal_deformationResponse
127. set_intersection
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_intersection
     Input:
     set_intersection_request (soap:body, use = literal)Source code
     parameters type set_intersection

     • value type intersection
       • no type int
       • comment - optional; type string
       • generated_lines - optional; type array_of_int
       • generated_nodes - optional; type array_of_int
       • surface_a - optional; type int
       • surface_b - optional; type int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_intersection_response (soap:body, use = literal)Source code
     parameters type set_intersectionResponse
128. set_line
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_line
     Input:
     set_line_request (soap:body, use = literal)Source code
     parameters type set_line

     • value type line
       • no type int
       • type - optional; type line_type - type undefined with restriction - enum { 'TYPE_ARC', 'TYPE_CIRCLE', 'TYPE_CUT_VIA_SECTION', 'TYPE_CUT_VIA_TWO_LINES', 'TYPE_ELLIPSE', 'TYPE_NURBS', 'TYPE_PARABOLA', 'TYPE_POLYLINE', 'TYPE_SPLINE' }
       • definition_nodes - optional; type array_of_int
       • length - optional; type double
       • comment - optional; type string
       • arc_first_node - optional; type int
       • arc_second_node - optional; type int
       • arc_control_point - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • arc_control_point_x - optional; type double
       • arc_control_point_y - optional; type double
       • arc_control_point_z - optional; type double
       • arc_center - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • arc_center_x - optional; type double
       • arc_center_y - optional; type double
       • arc_center_z - optional; type double
       • arc_radius - optional; type double
       • arc_height - optional; type double
       • arc_alpha - optional; type double
       • arc_alpha_adjustment_target - optional; type line_arc_alpha_adjustment_target - type undefined with restriction - enum { 'ALPHA_ADJUSTMENT_TARGET_ARC_CONTROL_POINT', 'ALPHA_ADJUSTMENT_TARGET_BEGINNING_OF_ARC', 'ALPHA_ADJUSTMENT_TARGET_END_OF_ARC' }
       • circle_center - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • circle_center_coordinate_1 - optional; type double
       • circle_center_coordinate_2 - optional; type double
       • circle_center_coordinate_3 - optional; type double
       • circle_normal - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • circle_normal_coordinate_1 - optional; type double
       • circle_normal_coordinate_2 - optional; type double
       • circle_normal_coordinate_3 - optional; type double
       • circle_node - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • circle_radius - optional; type double
       • circle_coordinate_system - optional; type int
       • ellipse_first_node - optional; type int
       • ellipse_second_node - optional; type int
       • ellipse_control_point - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • ellipse_control_point_x - optional; type double
       • ellipse_control_point_y - optional; type double
       • ellipse_control_point_z - optional; type double
       • parabola_first_node - optional; type int
       • parabola_second_node - optional; type int
       • parabola_control_point - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • parabola_control_point_x - optional; type double
       • parabola_control_point_y - optional; type double
       • parabola_control_point_z - optional; type double
       • parabola_alpha - optional; type double
       • parabola_focus_directrix_distance - optional; type double
       • parabola_focus - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • parabola_focus_x - optional; type double
       • parabola_focus_y - optional; type double
       • parabola_focus_z - optional; type double
       • nurbs_order - optional; type int
       • nurbs_control_points_by_components - optional; type array_of_line_nurbs_control_points_by_components
         • line_nurbs_control_points_by_components - optional, unbounded; type line_nurbs_control_points_by_components
           • no - optional; type int
           • global_coordinate_x - optional; type double
           • global_coordinate_y - optional; type double
           • global_coordinate_z - optional; type double
           • weight - optional; type double
       • nurbs_control_points - optional; type array_of_line_nurbs_control_points
         • line_nurbs_control_points - optional, unbounded; type line_nurbs_control_points
           • no - optional; type int
           • global_coordinates - optional; type vector_3d
             • x type double
             • y type double
             • z type double
           • coordinates - optional; type vector_3d
             • x type double
             • y type double
             • z type double
           • weight type double
       • nurbs_knots - optional; type array_of_line_nurbs_knots
         • line_nurbs_knots - optional, unbounded; type double
       • rotation_specification_type - optional; type line_rotation_specification_type - type undefined with restriction - enum { 'COORDINATE_SYSTEM_ROTATION_VIA_ANGLE', 'COORDINATE_SYSTEM_ROTATION_VIA_HELP_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_INSIDE_NODE' }
       • rotation_angle - optional; type double
       • rotation_help_node - optional; type int
       • rotation_plane - optional; type line_rotation_plane - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
       • is_rotated - optional; type boolean
       • member - optional; type int
       • support - optional; type int
       • cutting_line_settings - optional; type int
       • mesh_refinement - optional; type int
       • line_weld_assignment - optional; type array_of_line_line_weld_assignment
         • line_line_weld_assignment - optional, unbounded; type line_line_weld_assignment
           • no - optional; type int
           • weld - optional; type int
           • surface1 - optional; type int
           • surface2 - optional; type int
           • surface3 - optional; type int
       • has_line_welds - optional; type boolean
       • is_cut_line - optional; type boolean
       • cut_via_section_cut_type - optional; type line_cut_via_section_cut_type - type undefined with restriction - enum { 'CUT_TYPE_GEODESIC', 'CUT_TYPE_SECTION' }
       • cut_via_section_definition_type - optional; type line_cut_via_section_definition_type - type undefined with restriction - enum { 'CUT_DEFINITION_TYPE_BY_VECTOR', 'CUT_DEFINITION_TYPE_THIRD_POINT' }
       • cut_via_section_assigned_to_surfaces - optional; type array_of_int
       • cut_via_section_node1 - optional; type int
       • cut_via_section_coordinates1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • cut_via_section_coordinates1_x - optional; type double
       • cut_via_section_coordinates1_y - optional; type double
       • cut_via_section_coordinates1_z - optional; type double
       • cut_via_section_node2 - optional; type int
       • cut_via_section_coordinates2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • cut_via_section_coordinates2_x - optional; type double
       • cut_via_section_coordinates2_y - optional; type double
       • cut_via_section_coordinates2_z - optional; type double
       • cut_via_section_node3 - optional; type int
       • cut_via_section_coordinates3 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • cut_via_section_coordinates3_x - optional; type double
       • cut_via_section_coordinates3_y - optional; type double
       • cut_via_section_coordinates3_z - optional; type double
       • cut_via_section_component - optional; type int
       • cut_via_two_lines_first_line - optional; type int
       • cut_via_two_lines_first_point_distance_from_start_is_defined_as_relative - optional; type boolean
       • cut_via_two_lines_first_point_distance_from_start_relative - optional; type double
       • cut_via_two_lines_first_point_distance_from_start_absolute - optional; type double
       • cut_via_two_lines_first_point_distance_from_end_relative - optional; type double
       • cut_via_two_lines_first_point_distance_from_end_absolute - optional; type double
       • cut_via_two_lines_second_line - optional; type int
       • cut_via_two_lines_second_point_distance_is_defined_as_relative - optional; type boolean
       • cut_via_two_lines_second_point_distance_from_start_relative - optional; type double
       • cut_via_two_lines_second_point_distance_from_start_absolute - optional; type double
       • cut_via_two_lines_second_point_distance_from_end_relative - optional; type double
       • cut_via_two_lines_second_point_distance_from_end_absolute - optional; type double
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_line_response (soap:body, use = literal)Source code
     parameters type set_lineResponse
129. set_line_grid
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_line_grid
     Input:
     set_line_grid_request (soap:body, use = literal)Source code
     parameters type set_line_grid

     • value type line_grid
       • no type int
       • type - optional; type line_grid_type - type undefined with restriction - enum { 'TYPE_STANDARD' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • coordinate_system_type - optional; type line_grid_coordinate_system_type - type undefined with restriction - enum { 'CARTESIAN', 'CYLINDRICAL', 'INCLINED', 'SPHERICAL' }
       • lock_line_grid - optional; type boolean
       • include_in_view - optional; type boolean
       • line_grid_points - optional; type boolean
       • line_grid_lines - optional; type boolean
       • label_text - optional; type boolean
       • dimensions - optional; type boolean
       • lock_points_to_line_grid - optional; type boolean
       • origin_type - optional; type line_grid_origin_type - type undefined with restriction - enum { 'ORIGIN_FREE_POINT', 'ORIGIN_NODE' }
       • origin_node - optional; type int
       • origin_free_point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • origin_free_point_coordinate_x - optional; type double
       • origin_free_point_coordinate_y - optional; type double
       • origin_free_point_coordinate_z - optional; type double
       • alpha_ux - optional; type double
       • alpha_vy - optional; type double
       • alpha_wz - optional; type double
       • x_input_type - optional; type line_grid_x_input_type - type undefined with restriction - enum { 'INPUT_TYPE_COORDINATES', 'INPUT_TYPE_SPANS' }
       • x_direction - optional; type line_grid_x_direction - type undefined with restriction - enum { 'DIRECTION_NEGATIVE', 'DIRECTION_POSITIVE' }
       • x_assignment - optional; type array_of_line_grid_x_assignment
         • line_grid_x_assignment - optional, unbounded; type line_grid_x_assignment
           • no - optional; type int
           • name - optional; type string
           • coordinates - optional; type double
           • spans - optional; type double
           • spans_count - optional; type int
       • y_input_type - optional; type line_grid_y_input_type - type undefined with restriction - enum { 'INPUT_TYPE_COORDINATES', 'INPUT_TYPE_SPANS' }
       • y_direction - optional; type line_grid_y_direction - type undefined with restriction - enum { 'DIRECTION_NEGATIVE', 'DIRECTION_POSITIVE' }
       • y_assignment - optional; type array_of_line_grid_y_assignment
         • line_grid_y_assignment - optional, unbounded; type line_grid_y_assignment
           • no - optional; type int
           • name - optional; type string
           • coordinates - optional; type double
           • spans - optional; type double
           • spans_count - optional; type int
       • z_input_type - optional; type line_grid_z_input_type - type undefined with restriction - enum { 'INPUT_TYPE_COORDINATES', 'INPUT_TYPE_SPANS' }
       • z_direction - optional; type line_grid_z_direction - type undefined with restriction - enum { 'DIRECTION_NEGATIVE', 'DIRECTION_POSITIVE' }
       • z_assignment - optional; type array_of_line_grid_z_assignment
         • line_grid_z_assignment - optional, unbounded; type line_grid_z_assignment
           • no - optional; type int
           • name - optional; type string
           • coordinates - optional; type double
           • spans - optional; type double
           • spans_count - optional; type int
       • coordinate_system - optional; type int
       • rotation_coordinate_system - optional; type int
       • has_specific_direction - optional; type boolean
       • specific_direction_type - optional; type line_grid_specific_direction_type - type undefined with restriction - enum { 'DIRECTION_TYPE_DIRECTED_TO_NODE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_LINE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_MEMBER', 'DIRECTION_TYPE_PARALLEL_TO_TWO_NODES', 'DIRECTION_TYPE_ROTATED_VIA_3_ANGLES' }
       • axes_sequence - optional; type line_grid_axes_sequence - type undefined with restriction - enum { 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
       • rotated_about_angle_x - optional; type double
       • rotated_about_angle_y - optional; type double
       • rotated_about_angle_z - optional; type double
       • rotated_about_angle_1 - optional; type double
       • rotated_about_angle_2 - optional; type double
       • rotated_about_angle_3 - optional; type double
       • directed_to_node_direction_node - optional; type int
       • directed_to_node_plane_node - optional; type int
       • directed_to_node_first_axis - optional; type line_grid_directed_to_node_first_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • directed_to_node_second_axis - optional; type line_grid_directed_to_node_second_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • parallel_to_two_nodes_first_node - optional; type int
       • parallel_to_two_nodes_second_node - optional; type int
       • parallel_to_two_nodes_plane_node - optional; type int
       • parallel_to_two_nodes_first_axis - optional; type line_grid_parallel_to_two_nodes_first_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • parallel_to_two_nodes_second_axis - optional; type line_grid_parallel_to_two_nodes_second_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • parallel_to_line - optional; type int
       • parallel_to_member - optional; type int
       • comment - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_line_grid_response (soap:body, use = literal)Source code
     parameters type set_line_gridResponse
130. set_line_hinge
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_line_hinge
     Input:
     set_line_hinge_request (soap:body, use = literal)Source code
     parameters type set_line_hinge

     • value type line_hinge
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • assigned_to - optional; type string
       • translational_release_u_x - optional; type double
       • translational_release_u_y - optional; type double
       • translational_release_u_z - optional; type double
       • rotational_release_phi_x - optional; type double
       • slab_wall_connection - optional; type boolean
       • slab_wall_with_slab_edge_block - optional; type boolean
       • slab_wall_connection_offset - optional; type double
       • slab_edge_block_width - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_line_hinge_response (soap:body, use = literal)Source code
     parameters type set_line_hingeResponse
131. set_line_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_line_load
     Input:
     set_line_load_request (soap:body, use = literal)Source code
     parameters type set_line_load

     • load_case_no type int
     • value type line_load
       • no type int
       • advanced_mass_options - optional; type boolean
       • comment - optional; type string
       • coordinate_system - optional; type string
       • count_n - optional; type int
       • distance_a_absolute - optional; type double
       • distance_a_is_defined_as_relative - optional; type boolean
       • distance_a_relative - optional; type double
       • distance_b_absolute - optional; type double
       • distance_b_is_defined_as_relative - optional; type boolean
       • distance_b_relative - optional; type double
       • distance_c_absolute - optional; type double
       • distance_c_is_defined_as_relative - optional; type boolean
       • distance_c_relative - optional; type double
       • distance_from_line_end - optional; type boolean
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • lines - optional; type array_of_int
       • load_case - optional; type int
       • load_direction - optional; type line_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
       • load_direction_orientation - optional; type line_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
       • load_distribution - optional; type line_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_CONCENTRATED_1', 'LOAD_DISTRIBUTION_CONCENTRATED_2', 'LOAD_DISTRIBUTION_CONCENTRATED_2x2', 'LOAD_DISTRIBUTION_CONCENTRATED_N', 'LOAD_DISTRIBUTION_CONCENTRATED_VARYING', 'LOAD_DISTRIBUTION_PARABOLIC', 'LOAD_DISTRIBUTION_TAPERED', 'LOAD_DISTRIBUTION_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_UNIFORM_TOTAL', 'LOAD_DISTRIBUTION_VARYING' }
       • load_is_over_total_length - optional; type boolean
       • load_type - optional; type line_load_load_type - type undefined with restriction - enum { 'E_TYPE_MASS', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_MOMENT' }
       • magnitude - optional; type double
       • magnitude_1 - optional; type double
       • magnitude_2 - optional; type double
       • magnitude_3 - optional; type double
       • mass_global - optional; type double
       • mass_x - optional; type double
       • mass_y - optional; type double
       • mass_z - optional; type double
       • reference_to_list_of_lines - optional; type boolean
       • varying_load_parameters - optional; type array_of_line_load_varying_load_parameters
         • line_load_varying_load_parameters - optional, unbounded; type line_load_varying_load_parameters
           • no - optional; type int
           • distance - optional; type double
           • delta_distance - optional; type double
           • magnitude - optional; type double
           • note - optional; type string
       • varying_load_parameters_are_defined_as_relative - optional; type boolean
       • varying_load_parameters_sorted - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_line_load_response (soap:body, use = literal)Source code
     parameters type set_line_loadResponse
132. set_line_mesh_refinement
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_line_mesh_refinement
     Input:
     set_line_mesh_refinement_request (soap:body, use = literal)Source code
     parameters type set_line_mesh_refinement

     • value type line_mesh_refinement
       • no type int
       • type - optional; type line_mesh_refinement_type - type undefined with restriction - enum { 'TYPE_ELEMENTS', 'TYPE_GRADUAL', 'TYPE_LENGTH' }
       • comment - optional; type string
       • elements_finite_elements - optional; type int
       • generating_object_info - optional; type string
       • gradual_rows - optional; type int
       • is_generated - optional; type boolean
       • lines - optional; type array_of_int
       • name - optional; type string
       • number_of_layers - optional; type int
       • target_length - optional; type double
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_line_mesh_refinement_response (soap:body, use = literal)Source code
     parameters type set_line_mesh_refinementResponse
133. set_line_set
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_line_set
     Input:
     set_line_set_request (soap:body, use = literal)Source code
     parameters type set_line_set

     • value type line_set
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • set_type - optional; type line_set_set_type - type undefined with restriction - enum { 'SET_TYPE_CONTINUOUS', 'SET_TYPE_GROUP' }
       • lines - optional; type array_of_int
       • length - optional; type double
       • center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_of_gravity_x - optional; type double
       • center_of_gravity_y - optional; type double
       • center_of_gravity_z - optional; type double
       • position - optional; type string
       • position_short - optional; type string
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_line_set_response (soap:body, use = literal)Source code
     parameters type set_line_setResponse
134. set_line_set_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_line_set_load
     Input:
     set_line_set_load_request (soap:body, use = literal)Source code
     parameters type set_line_set_load

     • load_case_no type int
     • value type line_set_load
       • no type int
       • advanced_mass_options - optional; type boolean
       • comment - optional; type string
       • coordinate_system - optional; type string
       • count_n - optional; type int
       • distance_a_absolute - optional; type double
       • distance_a_is_defined_as_relative - optional; type boolean
       • distance_a_relative - optional; type double
       • distance_b_absolute - optional; type double
       • distance_b_is_defined_as_relative - optional; type boolean
       • distance_b_relative - optional; type double
       • distance_c_absolute - optional; type double
       • distance_c_is_defined_as_relative - optional; type boolean
       • distance_c_relative - optional; type double
       • distance_from_line_set_end - optional; type boolean
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • line_sets - optional; type array_of_int
       • load_case - optional; type int
       • load_direction - optional; type line_set_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
       • load_direction_orientation - optional; type line_set_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
       • load_distribution - optional; type line_set_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_CONCENTRATED_1', 'LOAD_DISTRIBUTION_CONCENTRATED_2', 'LOAD_DISTRIBUTION_CONCENTRATED_2x2', 'LOAD_DISTRIBUTION_CONCENTRATED_N', 'LOAD_DISTRIBUTION_CONCENTRATED_VARYING', 'LOAD_DISTRIBUTION_PARABOLIC', 'LOAD_DISTRIBUTION_TAPERED', 'LOAD_DISTRIBUTION_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_UNIFORM_TOTAL', 'LOAD_DISTRIBUTION_VARYING' }
       • load_is_over_total_length - optional; type boolean
       • load_type - optional; type line_set_load_load_type - type undefined with restriction - enum { 'E_TYPE_MASS', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_MOMENT' }
       • magnitude - optional; type double
       • magnitude_1 - optional; type double
       • magnitude_2 - optional; type double
       • magnitude_3 - optional; type double
       • mass_global - optional; type double
       • mass_x - optional; type double
       • mass_y - optional; type double
       • mass_z - optional; type double
       • reference_to_list_of_line_sets - optional; type boolean
       • varying_load_parameters - optional; type array_of_line_set_load_varying_load_parameters
         • line_set_load_varying_load_parameters - optional, unbounded; type line_set_load_varying_load_parameters
           • no - optional; type int
           • distance - optional; type double
           • delta_distance - optional; type double
           • magnitude - optional; type double
           • note - optional; type string
       • varying_load_parameters_are_defined_as_relative - optional; type boolean
       • varying_load_parameters_sorted - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_line_set_load_response (soap:body, use = literal)Source code
     parameters type set_line_set_loadResponse
135. set_line_support
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_line_support
     Input:
     set_line_support_request (soap:body, use = literal)Source code
     parameters type set_line_support

     • value type line_support
       • no type int
       • comment - optional; type string
       • coordinate_system - optional; type line_support_coordinate_system - type undefined with restriction - enum { 'COORDINATE_SYSTEM_GLOBAL', 'COORDINATE_SYSTEM_LOCAL' }
       • diagram_along_x_end - optional; type line_support_diagram_along_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_x_is_sorted - optional; type boolean
       • diagram_along_x_start - optional; type line_support_diagram_along_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_x_symmetric - optional; type boolean
       • diagram_along_x_table - optional; type array_of_line_support_diagram_along_x_table
         • line_support_diagram_along_x_table - optional, unbounded; type line_support_diagram_along_x_table
           • no - optional; type int
           • displacement - optional; type double
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_along_y_end - optional; type line_support_diagram_along_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_y_is_sorted - optional; type boolean
       • diagram_along_y_start - optional; type line_support_diagram_along_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_y_symmetric - optional; type boolean
       • diagram_along_y_table - optional; type array_of_line_support_diagram_along_y_table
         • line_support_diagram_along_y_table - optional, unbounded; type line_support_diagram_along_y_table
           • no - optional; type int
           • displacement - optional; type double
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_along_z_end - optional; type line_support_diagram_along_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_z_is_sorted - optional; type boolean
       • diagram_along_z_start - optional; type line_support_diagram_along_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_z_symmetric - optional; type boolean
       • diagram_along_z_table - optional; type array_of_line_support_diagram_along_z_table
         • line_support_diagram_along_z_table - optional, unbounded; type line_support_diagram_along_z_table
           • no - optional; type int
           • displacement - optional; type double
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_around_x_end - optional; type line_support_diagram_around_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_x_is_sorted - optional; type boolean
       • diagram_around_x_start - optional; type line_support_diagram_around_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_x_symmetric - optional; type boolean
       • diagram_around_x_table - optional; type array_of_line_support_diagram_around_x_table
         • line_support_diagram_around_x_table - optional, unbounded; type line_support_diagram_around_x_table
           • no - optional; type int
           • rotation - optional; type double
           • moment - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_around_y_end - optional; type line_support_diagram_around_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_y_is_sorted - optional; type boolean
       • diagram_around_y_start - optional; type line_support_diagram_around_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_y_symmetric - optional; type boolean
       • diagram_around_y_table - optional; type array_of_line_support_diagram_around_y_table
         • line_support_diagram_around_y_table - optional, unbounded; type line_support_diagram_around_y_table
           • no - optional; type int
           • rotation - optional; type double
           • moment - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_around_z_end - optional; type line_support_diagram_around_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_z_is_sorted - optional; type boolean
       • diagram_around_z_start - optional; type line_support_diagram_around_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_z_symmetric - optional; type boolean
       • diagram_around_z_table - optional; type array_of_line_support_diagram_around_z_table
         • line_support_diagram_around_z_table - optional, unbounded; type line_support_diagram_around_z_table
           • no - optional; type int
           • rotation - optional; type double
           • moment - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • friction_coefficient_x - optional; type double
       • friction_coefficient_y - optional; type double
       • friction_coefficient_z - optional; type double
       • friction_direction_independent_x - optional; type boolean
       • friction_direction_independent_y - optional; type boolean
       • friction_direction_independent_z - optional; type boolean
       • lines - optional; type array_of_int
       • name - optional; type string
       • partial_activity_along_x_negative_displacement - optional; type double
       • partial_activity_along_x_negative_force - optional; type double
       • partial_activity_along_x_negative_slippage - optional; type double
       • partial_activity_along_x_negative_type - optional; type line_support_partial_activity_along_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_x_positive_displacement - optional; type double
       • partial_activity_along_x_positive_force - optional; type double
       • partial_activity_along_x_positive_slippage - optional; type double
       • partial_activity_along_x_positive_type - optional; type line_support_partial_activity_along_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_y_negative_displacement - optional; type double
       • partial_activity_along_y_negative_force - optional; type double
       • partial_activity_along_y_negative_slippage - optional; type double
       • partial_activity_along_y_negative_type - optional; type line_support_partial_activity_along_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_y_positive_displacement - optional; type double
       • partial_activity_along_y_positive_force - optional; type double
       • partial_activity_along_y_positive_slippage - optional; type double
       • partial_activity_along_y_positive_type - optional; type line_support_partial_activity_along_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_z_negative_displacement - optional; type double
       • partial_activity_along_z_negative_force - optional; type double
       • partial_activity_along_z_negative_slippage - optional; type double
       • partial_activity_along_z_negative_type - optional; type line_support_partial_activity_along_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_z_positive_displacement - optional; type double
       • partial_activity_along_z_positive_force - optional; type double
       • partial_activity_along_z_positive_slippage - optional; type double
       • partial_activity_along_z_positive_type - optional; type line_support_partial_activity_along_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_x_negative_moment - optional; type double
       • partial_activity_around_x_negative_rotation - optional; type double
       • partial_activity_around_x_negative_slippage - optional; type double
       • partial_activity_around_x_negative_type - optional; type line_support_partial_activity_around_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_x_positive_moment - optional; type double
       • partial_activity_around_x_positive_rotation - optional; type double
       • partial_activity_around_x_positive_slippage - optional; type double
       • partial_activity_around_x_positive_type - optional; type line_support_partial_activity_around_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_y_negative_moment - optional; type double
       • partial_activity_around_y_negative_rotation - optional; type double
       • partial_activity_around_y_negative_slippage - optional; type double
       • partial_activity_around_y_negative_type - optional; type line_support_partial_activity_around_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_y_positive_moment - optional; type double
       • partial_activity_around_y_positive_rotation - optional; type double
       • partial_activity_around_y_positive_slippage - optional; type double
       • partial_activity_around_y_positive_type - optional; type line_support_partial_activity_around_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_z_negative_moment - optional; type double
       • partial_activity_around_z_negative_rotation - optional; type double
       • partial_activity_around_z_negative_slippage - optional; type double
       • partial_activity_around_z_negative_type - optional; type line_support_partial_activity_around_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_z_positive_moment - optional; type double
       • partial_activity_around_z_positive_rotation - optional; type double
       • partial_activity_around_z_positive_slippage - optional; type double
       • partial_activity_around_z_positive_type - optional; type line_support_partial_activity_around_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • rotational_restraint - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • rotational_restraint_x - optional; type double
       • rotational_restraint_x_nonlinearity - optional; type line_support_rotational_restraint_x_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • rotational_restraint_y - optional; type double
       • rotational_restraint_y_nonlinearity - optional; type line_support_rotational_restraint_y_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • rotational_restraint_z - optional; type double
       • rotational_restraint_z_nonlinearity - optional; type line_support_rotational_restraint_z_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • spring - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • spring_x - optional; type double
       • spring_x_nonlinearity - optional; type line_support_spring_x_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • spring_y - optional; type double
       • spring_y_nonlinearity - optional; type line_support_spring_y_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • spring_z - optional; type double
       • spring_z_nonlinearity - optional; type line_support_spring_z_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • user_defined_name_enabled - optional; type boolean
       • x_axis_rotation - optional; type double
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_line_support_response (soap:body, use = literal)Source code
     parameters type set_line_supportResponse
136. set_line_welded_joint
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_line_welded_joint
     Input:
     set_line_welded_joint_request (soap:body, use = literal)Source code
     parameters type set_line_welded_joint

     • value type line_welded_joint
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • joint_type - optional; type line_welded_joint_joint_type - type undefined with restriction - enum { 'BUTT_JOINT', 'CORNER_JOINT', 'LAP_JOINT', 'TEE_JOINT' }
       • weld_type - optional; type line_welded_joint_weld_type - type undefined with restriction - enum { 'WELD_BEVEL_AND_FILLET', 'WELD_DOUBLE_BEVEL', 'WELD_DOUBLE_FILLET', 'WELD_DOUBLE_J', 'WELD_DOUBLE_SQUARE', 'WELD_DOUBLE_U', 'WELD_DOUBLE_V', 'WELD_J_AND_FILLET', 'WELD_SINGLE_BEVEL', 'WELD_SINGLE_FILLET', 'WELD_SINGLE_J', 'WELD_SINGLE_SQUARE', 'WELD_SINGLE_U', 'WELD_SINGLE_V', 'WELD_V_AND_FILLET' }
       • longitudinal_arrangement - optional; type line_welded_joint_longitudinal_arrangement - type undefined with restriction - enum { 'CHAIN_INTERMITTENT', 'CONTINUOUS', 'STAGGERED_INTERMITTENT' }
       • weld_size_a1 - optional; type double
       • weld_size_a2 - optional; type double
       • weld_length - optional; type double
       • pitch - optional; type double
       • first_weld_position - optional; type double
       • stress_analysis_configuration - optional; type int
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_line_welded_joint_response (soap:body, use = literal)Source code
     parameters type set_line_welded_jointResponse
137. set_load_case
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_load_case
     Input:
     set_load_case_request (soap:body, use = literal)Source code
     parameters type set_load_case

     • value type load_case
       • no type int
       • analysis_type - optional; type load_case_analysis_type - type undefined with restriction - enum { 'ANALYSIS_TYPE_CREEP_AND_SHRINKAGE', 'ANALYSIS_TYPE_CUTTING_PATTERN', 'ANALYSIS_TYPE_MODAL', 'ANALYSIS_TYPE_RESPONSE_SPECTRUM', 'ANALYSIS_TYPE_STATIC', 'ANALYSIS_TYPE_TIME_DEPENDENT', 'ANALYSIS_TYPE_TIME_HISTORY', 'ANALYSIS_TYPE_WIND_SIMULATION' }
       • name - optional; type string
       • static_analysis_settings - optional; type int
       • stability_analysis_settings - optional; type int
       • modal_analysis_settings - optional; type int
       • spectral_analysis_settings - optional; type int
       • stability_analysis - optional; type boolean
       • consider_imperfection - optional; type boolean
       • imperfection_case - optional; type int
       • consider_initial_state - optional; type boolean
       • initial_state_case - optional; type int
       • initial_state_definition_type - optional; type load_case_initial_state_definition_type - type undefined with restriction - enum { 'DEFINITION_TYPE_GEOMETRICAL_STIFFNESS_ONLY', 'DEFINITION_TYPE_MATERIAL_STIFFNESS_ONLY', 'DEFINITION_TYPE_STIFFNESS', 'DEFINITION_TYPE_STIFFNESS_FORCES_DEFORMATIONS', 'DEFINITION_TYPE_STRAINS', 'DEFINITION_TYPE_STRAINS_WITH_USER_DEFINED_FACTORS' }
       • creep_loading_case - optional; type int
       • individual_factors_of_selected_objects_table - optional; type array_of_load_case_individual_factors_of_selected_objects_table
         • load_case_individual_factors_of_selected_objects_table - optional, unbounded; type load_case_individual_factors_of_selected_objects_table
           • no - optional; type int
           • object_type - optional; type object_type - type undefined with restriction - enum { 'INITIAL_STATE_FACTORS_OBJECT_TYPE_LINE_HINGE', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_LINE_WITH_SUPPORT', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_MEMBER', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_MEMBER_HINGE', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_NODE_WITH_SUPPORT', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_SOLID', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_SURFACE' }
           • object_list - optional; type array_of_int
           • strain_type - optional; type strain_type - type undefined with restriction - enum { 'ALL', 'ALONG_X', 'ALONG_Y', 'ALONG_Z', 'AROUND_X', 'AROUND_Y', 'AROUND_Z' }
           • factor - optional; type double
           • comment - optional; type string
       • consider_results_difference_for_actual_analysis - optional; type boolean
       • consider_construction_stage - optional; type boolean
       • construction_stage_case - optional; type int
       • to_solve - optional; type boolean
       • action_category - optional; type int
       • self_weight_active - optional; type boolean
       • self_weight_factors - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • self_weight_factor_x - optional; type double
       • self_weight_factor_y - optional; type double
       • self_weight_factor_z - optional; type double
       • factor_phi - optional; type load_case_factor_phi - type undefined with restriction - enum { 'FACTOR_PHI_1', 'FACTOR_PHI_2', 'FACTOR_PHI_3' }
       • load_duration - optional; type int
       • loading_start - optional; type double
       • time_being_investigated - optional; type double
       • has_inclusive_load_cases - optional; type boolean
       • inclusive_load_cases - optional; type array_of_load_case_inclusive_load_cases
         • load_case_inclusive_load_cases - optional, unbounded; type int
       • has_exclusive_load_cases - optional; type boolean
       • exclusive_load_cases - optional; type array_of_load_case_exclusive_load_cases
         • load_case_exclusive_load_cases - optional, unbounded; type int
       • is_edited_based_on_influence_lines_areas - optional; type boolean
       • import_masses_from - optional; type int
       • import_modal_analysis_from - optional; type int
       • response_spectrum_is_enabled_in_any_direction - optional; type boolean
       • response_spectrum_is_enabled_in_direction_x - optional; type boolean
       • response_spectrum_is_enabled_in_direction_y - optional; type boolean
       • response_spectrum_is_enabled_in_direction_z - optional; type boolean
       • response_spectrum_in_direction_x - optional; type int
       • response_spectrum_in_direction_y - optional; type int
       • response_spectrum_in_direction_z - optional; type int
       • response_spectrum_scale_factor_in_direction_x - optional; type double
       • response_spectrum_scale_factor_in_direction_y - optional; type double
       • response_spectrum_scale_factor_in_direction_z - optional; type double
       • response_spectrum_rotation_angle - optional; type double
       • response_spectrum_enable_multipoint - optional; type boolean
       • selection_of_modes_mode_activation_table - optional; type array_of_load_case_selection_of_modes_mode_activation_table
         • load_case_selection_of_modes_mode_activation_table - optional, unbounded; type load_case_selection_of_modes_mode_activation_table
           • no - optional; type int
           • to_generate - optional; type boolean
           • natural_period_t - optional; type double
           • natural_frequency_f - optional; type double
           • acceleration_s_ax - optional; type double
           • acceleration_s_ay - optional; type double
           • acceleration_s_az - optional; type double
           • effective_modal_mass_factor_f_mex - optional; type double
           • effective_modal_mass_factor_f_mey - optional; type double
           • effective_modal_mass_factor_f_mez - optional; type double
           • damping - optional; type double
       • selection_of_modes_deselect_modes_according_to_criterion_is_enabled - optional; type boolean
       • selection_of_modes_deselect_modes_modes_according_to_criterion_value - optional; type double
       • selection_of_modes_total_effective_modal_mass_factor_f_mex - optional; type double
       • selection_of_modes_total_effective_modal_mass_factor_f_mey - optional; type double
       • selection_of_modes_total_effective_modal_mass_factor_f_mez - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • structure_modification_enabled - optional; type boolean
       • structure_modification - optional; type int
       • possibility_of_crowds - optional; type boolean
       • specification_for_load_case_gr1a - optional; type load_case_specification_for_load_case_gr1a - type undefined with restriction - enum { 'SPECIFICATION_GR1A_PEDESTRIAN_AND_CYCLE_TRACK', 'SPECIFICATION_GR1A_TS1', 'SPECIFICATION_GR1A_UDL' }
       • specification_for_load_case_gr2 - optional; type load_case_specification_for_load_case_gr2 - type undefined with restriction - enum { 'SPECIFICATION_GR2_HORIZONTAL_FORCES_BRAKING_AND_ACCELERATION', 'SPECIFICATION_GR2_HORIZONTAL_FORCES_CENTRIFUGAL_FORCES' }
       • specification_for_load_case_gr5 - optional; type load_case_specification_for_load_case_gr5 - type undefined with restriction - enum { 'SPECIFICATION_GR5_SPECIAL_VEHICLE', 'SPECIFICATION_GR5_TS', 'SPECIFICATION_GR5_UDL' }
       • specification_for_load_case_gr6 - optional; type load_case_specification_for_load_case_gr6 - type undefined with restriction - enum { 'SPECIFICATION_GR6_HORIZONTAL_FORCES_BRAKING_AND_ACCELERATION', 'SPECIFICATION_GR6_HORIZONTAL_FORCES_CENTRIFUGAL_FORCES', 'SPECIFICATION_GR6_PEDESTRIAN_AND_CYCLE_TRACK', 'SPECIFICATION_GR6_TS', 'SPECIFICATION_GR6_UDL' }
       • liveload_less_equal_100 - optional; type boolean
       • liveload_less_equal_48 - optional; type boolean
       • liveload_less_equal_100_ibc - optional; type boolean
       • cranehookload_nocombined_roofliveload - optional; type boolean
       • roof_configurations_that_do_not_shed_snow - optional; type boolean
       • flat_roof_snow_load - optional; type boolean
       • flat_roof_snow_load_category - optional; type load_case_flat_roof_snow_load_category - type undefined with restriction - enum { 'ROOF_CAT_SNOW_LOADS_EXCEEDING_30PSF', 'ROOF_CAT_SNOW_LOADS_OF_30PSF_OR_LESS' }
       • deadload_factor_shall_be_increased - optional; type boolean
       • deadload_factor_shall_be_increased1 - optional; type boolean
       • deadload_factor_shall_be_increased2 - optional; type boolean
       • liveload_principal_factor_may_be_reduced1 - optional; type boolean
       • liveload_companion_factor_may_be_increased1 - optional; type boolean
       • liveload_principal_factor_may_be_reduced2 - optional; type boolean
       • liveload_companion_factor_may_be_increased2 - optional; type boolean
       • longtermload_tp_considered_in_limit_state_of_serviceability - optional; type boolean
       • greater_intensity_than_4 - optional; type boolean
       • wind_simulation_wind_direction_angle - optional; type double
       • wind_simulation_terrain_offset - optional; type double
       • wind_simulation_wind_tunnel_depth_minus_coefficient - optional; type double
       • wind_simulation_wind_tunnel_depth_plus_coefficient - optional; type double
       • wind_simulation_wind_tunnel_width_minus_coefficient - optional; type double
       • wind_simulation_wind_tunnel_width_plus_coefficient - optional; type double
       • wind_simulation_wind_tunnel_height_plus_coefficient - optional; type double
       • wind_simulation_construction_bounding_box_depth_coefficient - optional; type double
       • wind_simulation_construction_bounding_box_height_coefficient - optional; type double
       • wind_simulation_construction_bounding_box_width_coefficient - optional; type double
       • wind_simulation_wind_tunnel_depth_coefficient - optional; type double
       • wind_simulation_wind_tunnel_width_coefficient - optional; type double
       • wind_simulation_wind_tunnel_height_coefficient - optional; type double
       • wind_simulation_wind_profile - optional; type int
       • wind_simulation_analysis_settings - optional; type int
       • wind_simulation_wind_tunnel_depth_minus_length - optional; type double
       • wind_simulation_wind_tunnel_depth_plus_length - optional; type double
       • wind_simulation_wind_tunnel_width_minus_length - optional; type double
       • wind_simulation_wind_tunnel_width_plus_length - optional; type double
       • wind_simulation_wind_tunnel_height_plus_length - optional; type double
       • wind_simulation_construction_bounding_box_depth - optional; type double
       • wind_simulation_construction_bounding_box_height - optional; type double
       • wind_simulation_construction_bounding_box_width - optional; type double
       • wind_simulation_wind_tunnel_depth - optional; type double
       • wind_simulation_wind_tunnel_width - optional; type double
       • wind_simulation_wind_tunnel_height - optional; type double
       • time_history_import_modal_analysis_from - optional; type int
       • time_history_analysis_settings - optional; type int
       • time_history_is_accelerograms_differentially - optional; type boolean
       • time_history_accelerogram - optional; type int
       • time_history_factor_x - optional; type double
       • time_history_factor_y - optional; type double
       • time_history_factor_z - optional; type double
       • time_history_rotation - optional; type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_load_case_response (soap:body, use = literal)Source code
     parameters type set_load_caseResponse
138. set_load_cases_and_combinations
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_load_cases_and_combinations
     Input:
     set_load_cases_and_combinations_request (soap:body, use = literal)Source code
     parameters type set_load_cases_and_combinations

     • value type load_cases_and_combinations
       • current_standard_for_combination_wizard - optional; type int
       • activate_combination_wizard_and_classification - optional; type boolean
       • activate_combination_wizard - optional; type boolean
       • result_combinations_active - optional; type boolean
       • result_combinations_parentheses_active - optional; type boolean
       • result_combinations_consider_sub_results - optional; type boolean
       • combination_name_according_to_action_category - optional; type boolean
     Output:
     set_load_cases_and_combinations_response (soap:body, use = literal)Source code
     parameters type set_load_cases_and_combinationsResponse
139. set_load_combination
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_load_combination
     Input:
     set_load_combination_request (soap:body, use = literal)Source code
     parameters type set_load_combination

     • value type load_combination
       • no type int
       • analysis_type - optional; type load_combination_analysis_type - type undefined with restriction - enum { 'ANALYSIS_TYPE_HARMONIC_RESPONSE_ANALYSIS', 'ANALYSIS_TYPE_STATIC', 'ANALYSIS_TYPE_STATIC_CREEP_AND_SHRINKAGE', 'ANALYSIS_TYPE_STATIC_TIME_DEPENDENCE' }
       • design_situation - optional; type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • static_analysis_settings - optional; type int
       • harmonic_response_analysis_settings - optional; type int
       • import_modal_analysis_load_case - optional; type int
       • stability_analysis - optional; type boolean
       • stability_analysis_settings - optional; type int
       • consider_imperfection - optional; type boolean
       • imperfection_case - optional; type int
       • consider_initial_state - optional; type boolean
       • initial_state_case - optional; type int
       • consider_construction_stage - optional; type boolean
       • construction_stage - optional; type int
       • consider_creep_caused_by_permanent_loading - optional; type boolean
       • creep_caused_by_permanent_loading_case - optional; type int
       • structure_modification_enabled - optional; type boolean
       • structure_modification - optional; type int
       • to_solve - optional; type boolean
       • comment - optional; type string
       • load_duration - optional; type int
       • consider_influence_line_or_surface - optional; type boolean
       • items - optional; type array_of_load_combination_items
         • load_combination_items - optional, unbounded; type load_combination_items
           • no - optional; type int
           • factor - optional; type double
           • load_case - optional; type int
           • action - optional; type int
           • is_leading - optional; type boolean
           • gamma - optional; type double
           • psi - optional; type double
           • xi - optional; type double
           • k_fi - optional; type double
           • c_esl - optional; type double
           • k_def - optional; type double
           • psi_0 - optional; type double
           • psi_1 - optional; type double
           • psi_2 - optional; type double
           • fi - optional; type double
           • gamma_0 - optional; type double
           • alfa - optional; type double
           • k_f - optional; type double
           • phi - optional; type double
           • rho - optional; type double
           • omega_0 - optional; type double
           • shift - optional; type double
           • amplitude_function_type - optional; type amplitude_function_type - type undefined with restriction - enum { 'CONSTANT', 'LINEAR', 'QUADRATIC' }
       • loading_start - optional; type double
       • time_being_investigated - optional; type double
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • initial_state_definition_type - optional; type load_combination_initial_state_definition_type - type undefined with restriction - enum { 'DEFINITION_TYPE_GEOMETRICAL_STIFFNESS_ONLY', 'DEFINITION_TYPE_MATERIAL_STIFFNESS_ONLY', 'DEFINITION_TYPE_STIFFNESS', 'DEFINITION_TYPE_STIFFNESS_FORCES_DEFORMATIONS', 'DEFINITION_TYPE_STRAINS', 'DEFINITION_TYPE_STRAINS_WITH_USER_DEFINED_FACTORS' }
       • individual_factors_of_selected_objects_table - optional; type array_of_load_combination_individual_factors_of_selected_objects_table
         • load_combination_individual_factors_of_selected_objects_table - optional, unbounded; type load_combination_individual_factors_of_selected_objects_table
           • no - optional; type int
           • object_type - optional; type object_type - type undefined with restriction - enum { 'INITIAL_STATE_FACTORS_OBJECT_TYPE_LINE_HINGE', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_LINE_WITH_SUPPORT', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_MEMBER', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_MEMBER_HINGE', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_NODE_WITH_SUPPORT', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_SOLID', 'INITIAL_STATE_FACTORS_OBJECT_TYPE_SURFACE' }
           • object_list - optional; type array_of_int
           • strain_type - optional; type strain_type - type undefined with restriction - enum { 'ALL', 'ALONG_X', 'ALONG_Y', 'ALONG_Z', 'AROUND_X', 'AROUND_Y', 'AROUND_Z' }
           • factor - optional; type double
           • comment - optional; type string
       • consider_results_difference_for_actual_analysis - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_load_combination_response (soap:body, use = literal)Source code
     parameters type set_load_combinationResponse
140. set_material
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_material
     Input:
     set_material_request (soap:body, use = literal)Source code
     parameters type set_material

     • value type material
       • no type int
       • definition_type - optional; type material_definition_type - type undefined with restriction - enum { 'DERIVED_G', 'DERIVED_NU', 'E_G_NO_NU', 'E_G_NU', 'NONE' }
       • material_type - optional; type material_material_type - type undefined with restriction - enum { 'TYPE_ALUMINUM', 'TYPE_BASIC', 'TYPE_CONCRETE', 'TYPE_FOIL', 'TYPE_GAS', 'TYPE_GLASS', 'TYPE_MASONRY', 'TYPE_METAL', 'TYPE_REINFORCING_STEEL', 'TYPE_SOIL', 'TYPE_STEEL', 'TYPE_TIMBER' }
       • material_model - optional; type material_material_model - type undefined with restriction - enum { 'MODEL_ISOTROPIC_DAMAGE_2D_3D', 'MODEL_ISOTROPIC_LINEAR_ELASTIC', 'MODEL_ISOTROPIC_MASONRY_2D', 'MODEL_ISOTROPIC_NONLINEAR_ELASTIC_1D', 'MODEL_ISOTROPIC_NONLINEAR_ELASTIC_2D_3D', 'MODEL_ISOTROPIC_PLASTIC_1D', 'MODEL_ISOTROPIC_PLASTIC_2D_3D', 'MODEL_ORTHOTROPIC_2D', 'MODEL_ORTHOTROPIC_3D', 'MODEL_ORTHOTROPIC_MASONRY_2D', 'MODEL_ORTHOTROPIC_PLASTIC_2D', 'MODEL_ORTHOTROPIC_PLASTIC_3D' }
       • application_context - optional; type material_application_context - type undefined with restriction - enum { 'ALUMINUM_DESIGN', 'COMBINATION_WIZARD', 'CONCRETE_DESIGN', 'CONCRETE_FOUNDATION_DESIGN', 'CRANEWAY_DESIGN', 'DYNAMIC_ANALYSIS', 'GLASS_DESIGN', 'INVALID', 'LAMINATE_DESIGN', 'LOAD_WIZARD', 'MASONRY_DESIGN', 'PIPING_DESIGN', 'SOIL_STRUCTURE_INTERACTION', 'STEEL_DESIGN', 'STEEL_JOINT_DESIGN', 'TIMBER_DESIGN', 'TIMBER_JOINT_DESIGN', 'TOWER_DESIGN' }
       • diagram_type - optional; type material_diagram_type - type undefined with restriction - enum { 'DIAGRAM_TYPE_BASIC', 'DIAGRAM_TYPE_BILINEAR', 'DIAGRAM_TYPE_STRESS_STRAIN_DIAGRAM' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • user_defined - optional; type boolean
       • stress_failure_hypothesis - optional; type material_stress_failure_hypothesis - type undefined with restriction - enum { 'STRESS_FAILURE_HYPOTHESIS_DRUCKER_PRAGER', 'STRESS_FAILURE_HYPOTHESIS_MOHR_COULOMB', 'STRESS_FAILURE_HYPOTHESIS_TRESCA', 'STRESS_FAILURE_HYPOTHESIS_VON_MISES' }
       • is_temperature_dependent - optional; type boolean
       • is_dynamic_increase_factor - optional; type boolean
       • reference_temperature - optional; type double
       • temperature_properties_sorted - optional; type boolean
       • stiffness_matrix_editable - optional; type boolean
       • stiffness_modification - optional; type boolean
       • stiffness_modification_type - optional; type material_stiffness_modification_type - type undefined with restriction - enum { 'STIFFNESS_MODIFICATION_TYPE_DIVISION', 'STIFFNESS_MODIFICATION_TYPE_MULTIPLICATION' }
       • has_linear_elastic_with_nonlinear_criteria - optional; type boolean
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_material_response (soap:body, use = literal)Source code
     parameters type set_materialResponse
141. set_member
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member
     Input:
     set_member_request (soap:body, use = literal)Source code
     parameters type set_member

     • value type member
       • no type int
       • type - optional; type member_type - type undefined with restriction - enum { 'TYPE_BEAM', 'TYPE_BUCKLING', 'TYPE_CABLE', 'TYPE_COMPRESSION', 'TYPE_COUPLING_HINGE_HINGE', 'TYPE_COUPLING_HINGE_RIGID', 'TYPE_COUPLING_RIGID_HINGE', 'TYPE_COUPLING_RIGID_RIGID', 'TYPE_DEFINABLE_STIFFNESS', 'TYPE_RESULT_BEAM', 'TYPE_RIB', 'TYPE_RIGID', 'TYPE_TENSION', 'TYPE_TRUSS', 'TYPE_TRUSS_ONLY_N' }
       • is_deactivated_for_calculation - optional; type boolean
       • line - optional; type int
       • section_distribution_type - optional; type member_section_distribution_type - type undefined with restriction - enum { 'SECTION_DISTRIBUTION_TYPE_CURVED', 'SECTION_DISTRIBUTION_TYPE_LINEAR', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_BOTH_SIDES', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_END_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_START_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_SADDLE', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_BOTH_SIDES', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_END_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_START_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_UNIFORM' }
       • reference_type - optional; type member_reference_type - type undefined with restriction - enum { 'REFERENCE_TYPE_L', 'REFERENCE_TYPE_XY', 'REFERENCE_TYPE_XZ', 'REFERENCE_TYPE_YZ' }
       • nodes - optional; type array_of_int
       • node_start - optional; type int
       • node_end - optional; type int
       • analytical_length - optional; type double
       • analytical_volume - optional; type double
       • analytical_surface_of_coating - optional; type double
       • analytical_mass - optional; type double
       • surface_of_coating - optional; type double
       • analytical_center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • analytical_center_of_gravity_x - optional; type double
       • analytical_center_of_gravity_y - optional; type double
       • analytical_center_of_gravity_z - optional; type double
       • length - optional; type double
       • volume - optional; type double
       • mass - optional; type double
       • center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_of_gravity_x - optional; type double
       • center_of_gravity_y - optional; type double
       • center_of_gravity_z - optional; type double
       • member_representative - optional; type int
       • design_properties_via_member - optional; type boolean
       • design_properties_via_parent_member_set - optional; type boolean
       • design_properties_parent_member_set - optional; type int
       • comment - optional; type string
       • member_type_rib_alignment - optional; type member_member_type_rib_alignment - type undefined with restriction - enum { 'ALIGNMENT_CENTRIC', 'ALIGNMENT_ON_Z_SIDE_NEGATIVE', 'ALIGNMENT_ON_Z_SIDE_POSITIVE', 'ALIGNMENT_USER_DEFINED_VIA_MEMBER_ECCENTRICITY' }
       • member_rib_first_surface - optional; type int
       • member_rib_second_surface - optional; type int
       • member_rib_surface_assignment_autodetect - optional; type boolean
       • align_local_z_axis_to_local_z_axis_of_surface - optional; type boolean
       • flange_dimensions - optional; type array_of_member_flange_dimensions
         • member_flange_dimensions - optional, unbounded; type member_flange_dimensions
           • no - optional; type int
           • end_ordinate - optional; type double
           • length - optional; type double
           • reference_length_definition_type - optional; type reference_length_definition_type - type undefined with restriction - enum { 'REFERENCE_LENGTH_TYPE_MEMBER_LENGTH', 'REFERENCE_LENGTH_TYPE_SEGMENT_LENGTH', 'REFERENCE_LENGTH_TYPE_USER_DEFINED' }
           • reference_length - optional; type double
           • reference_length_width_type - optional; type reference_length_width_type - type undefined with restriction - enum { 'REFERENCE_LENGTH_WIDTH_EC2', 'REFERENCE_LENGTH_WIDTH_EIGHTH', 'REFERENCE_LENGTH_WIDTH_NONE', 'REFERENCE_LENGTH_WIDTH_SIXTH' }
           • width_minus_y_integrative - optional; type double
           • width_minus_y_effictive - optional; type double
           • width_minus_y_maximal - optional; type double
           • width_plus_y_integrative - optional; type double
           • width_plus_y_effictive - optional; type double
           • width_plus_y_maximal - optional; type double
           • distribution_linear - optional; type boolean
       • synchronize_width_mode - optional; type boolean
       • relative_ordinates_mode - optional; type boolean
       • member_type_definable_stiffness - optional; type int
       • result_beam_integrate_stresses_and_forces - optional; type member_result_beam_integrate_stresses_and_forces - type undefined with restriction - enum { 'INTEGRATE_FROM_LISTED_OBJECT', 'INTEGRATE_WITHIN_CUBOID_GENERAL', 'INTEGRATE_WITHIN_CUBOID_QUADRATIC', 'INTEGRATE_WITHIN_CYLINDER' }
       • result_beam_y_z - optional; type double
       • result_beam_y_plus - optional; type double
       • result_beam_z_plus - optional; type double
       • result_beam_y_minus - optional; type double
       • result_beam_z_minus - optional; type double
       • result_beam_radius - optional; type double
       • result_beam_include_surfaces - optional; type array_of_int
       • result_beam_include_all_surfaces - optional; type boolean
       • result_beam_include_solids - optional; type array_of_int
       • result_beam_include_all_solids - optional; type boolean
       • result_beam_include_members - optional; type array_of_int
       • result_beam_include_all_members - optional; type boolean
       • result_beam_exclude_surfaces - optional; type array_of_int
       • result_beam_exclude_solids - optional; type array_of_int
       • result_beam_exluce_members - optional; type array_of_int
       • projected_length - optional; type double
       • section_distance_from_start_is_defined_as_relative - optional; type boolean
       • section_distance_from_start_absolute - optional; type double
       • section_distance_from_start_relative - optional; type double
       • section_distance_from_end_is_defined_as_relative - optional; type boolean
       • section_distance_from_end_absolute - optional; type double
       • section_distance_from_end_relative - optional; type double
       • section_alignment - optional; type member_section_alignment - type undefined with restriction - enum { 'SECTION_ALIGNMENT_BOTTOM', 'SECTION_ALIGNMENT_CENTRIC', 'SECTION_ALIGNMENT_TOP' }
       • section_start - optional; type int
       • section_end - optional; type int
       • section_internal - optional; type int
       • section_material - optional; type int
       • curved_member_is_asymmetric_layout - optional; type boolean
       • curved_member_is_cantilevers - optional; type boolean
       • curved_member_cantilevers_type - optional; type member_curved_member_cantilevers_type - type undefined with restriction - enum { 'CANTILEVERS_TYPE_HORIZONTAL', 'CANTILEVERS_TYPE_OFFSET', 'CANTILEVERS_TYPE_PARALLEL', 'CANTILEVERS_TYPE_TAPER' }
       • rotation_specification_type - optional; type member_rotation_specification_type - type undefined with restriction - enum { 'COORDINATE_SYSTEM_ROTATION_VIA_ANGLE', 'COORDINATE_SYSTEM_ROTATION_VIA_HELP_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_INSIDE_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_SURFACE' }
       • rotation_angle - optional; type double
       • rotation_help_node - optional; type int
       • rotation_plane_type - optional; type member_rotation_plane_type - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
       • rotation_surface - optional; type int
       • rotation_surface_plane_type - optional; type member_rotation_surface_plane_type - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
       • is_rotated - optional; type boolean
       • member_hinge_start - optional; type int
       • member_hinge_end - optional; type int
       • member_eccentricity_start - optional; type int
       • member_eccentricity_end - optional; type int
       • support - optional; type int
       • member_transverse_stiffener - optional; type int
       • member_nonlinearity - optional; type int
       • member_result_intermediate_point - optional; type int
       • stress_analysis_configuration - optional; type int
       • aluminum_effective_lengths - optional; type int
       • aluminum_boundary_conditions - optional; type int
       • aluminum_member_local_section_reduction - optional; type int
       • aluminum_member_transverse_weld - optional; type int
       • aluminum_member_shear_panel - optional; type int
       • aluminum_member_rotational_restraint - optional; type int
       • member_aluminum_design_uls_configuration - optional; type int
       • member_aluminum_design_sls_configuration - optional; type int
       • concrete_effective_lengths - optional; type int
       • concrete_cover_user_defined_enabled - optional; type boolean
       • concrete_cover - optional; type double
       • concrete_cover_top - optional; type double
       • concrete_cover_left - optional; type double
       • concrete_cover_right - optional; type double
       • concrete_cover_bottom - optional; type double
       • concrete_cover_min - optional; type array_of_int
       • concrete_cover_min_top - optional; type array_of_int
       • concrete_cover_min_left - optional; type array_of_int
       • concrete_cover_min_right - optional; type array_of_int
       • concrete_cover_min_bottom - optional; type array_of_int
       • concrete_cover_different_at_section_sides_enabled - optional; type boolean
       • concrete_durability - optional; type int
       • concrete_durability_top - optional; type int
       • concrete_durability_left - optional; type int
       • concrete_durability_right - optional; type int
       • concrete_durability_bottom - optional; type int
       • concrete_shear_reinforcement_spans - optional; type array_of_member_concrete_shear_reinforcement_spans
         • member_concrete_shear_reinforcement_spans - optional, unbounded; type member_concrete_shear_reinforcement_spans
           • no - optional; type int
           • name - optional; type string
           • stirrup_type - optional; type stirrup_type - type undefined with restriction - enum { 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_FOUR_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_THREE_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_TWO_LEGGED_OPEN', 'STIRRUP_TYPE_TWO_LEGGED_OVERLAP_HOOK_180' }
           • material - optional; type int
           • stirrup_count - optional; type int
           • stirrup_diameter - optional; type double
           • stirrup_distances - optional; type double
           • reinforcement_area - optional; type double
           • span_position_reference_type - optional; type span_position_reference_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_INTERNAL_NODE', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_END', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_START' }
           • span_position_reference_internal_node - optional; type int
           • span_position_reference_x_location_relative - optional; type double
           • span_position_reference_x_location_absolute - optional; type double
           • span_position_definition_format_type - optional; type span_position_definition_format_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_ABSOLUTE', 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_RELATIVE' }
           • span_start_relative - optional; type double
           • span_start_absolute - optional; type double
           • span_end_relative - optional; type double
           • span_end_absolute - optional; type double
           • span_length - optional; type double
           • stirrup_layout_rule_type - optional; type stirrup_layout_rule_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_END', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED' }
           • stirrup_start_offset - optional; type double
           • stirrup_end_offset - optional; type double
           • one_stirrup_length - optional; type double
           • minimal_and_maximal_stirrup_length - optional; type string
           • length - optional; type double
           • one_stirrup_weight - optional; type double
           • minimal_and_maximal_stirrup_weight - optional; type string
           • weight - optional; type double
       • concrete_longitudinal_reinforcement_items - optional; type array_of_member_concrete_longitudinal_reinforcement_items
         • member_concrete_longitudinal_reinforcement_items - optional, unbounded; type member_concrete_longitudinal_reinforcement_items
           • no - optional; type int
           • name - optional; type string
           • rebar_type - optional; type rebar_type - type undefined with restriction - enum { 'REBAR_TYPE_LINE', 'REBAR_TYPE_SINGLE', 'REBAR_TYPE_SYMMETRICAL', 'REBAR_TYPE_UNIFORMLY_SURROUNDING', 'REBAR_TYPE_UNSYMMETRICAL' }
           • material - optional; type int
           • reinforcement_placed_in_bending_corner_enabled - optional; type boolean
           • bar_count_symmetrical - optional; type int
           • bar_count_unsymmetrical_at_side - optional; type int
           • bar_count_unsymmetrical_top_side - optional; type int
           • bar_count_unsymmetrical_bottom_side - optional; type int
           • bar_count_uniformly_surrounding - optional; type int
           • bar_count_line - optional; type int
           • bar_count_corner - optional; type int
           • bar_diameter_symmetrical - optional; type double
           • bar_diameter_unsymmetrical_at_side - optional; type double
           • bar_diameter_unsymmetrical_top_side - optional; type double
           • bar_diameter_unsymmetrical_bottom_side - optional; type double
           • bar_diameter_uniformly_surrounding - optional; type double
           • bar_diameter_line - optional; type double
           • bar_diameter_single - optional; type double
           • bar_diameter_corner - optional; type double
           • corner_reinforcement_enabled - optional; type boolean
           • reinforcement_area_symmetrical - optional; type double
           • reinforcement_area_unsymmetrical_at_side - optional; type double
           • reinforcement_area_unsymmetrical_top_side - optional; type double
           • reinforcement_area_unsymmetrical_bottom_side - optional; type double
           • reinforcement_area_uniformly_surrounding - optional; type double
           • reinforcement_area_line - optional; type double
           • reinforcement_area_single - optional; type double
           • reinforcement_area_corner - optional; type double
           • reinforcement_area_total - optional; type double
           • span_position_reference_internal_node - optional; type int
           • span_position_reference_x_location_relative - optional; type double
           • span_position_reference_x_location_absolute - optional; type double
           • span_start_relative - optional; type double
           • span_start_absolute - optional; type double
           • span_end_relative - optional; type double
           • span_end_absolute - optional; type double
           • span_length - optional; type double
           • additional_offset_type - optional; type additional_offset_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_CONCRETE_COVER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_SECTION_SURFACE', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_STIRRUP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_NONE' }
           • additional_offset_top_side - optional; type double
           • additional_offset_bottom_side - optional; type double
           • additional_offset_left_side - optional; type double
           • additional_offset_right_side - optional; type double
           • additional_offset_reference_type - optional; type additional_offset_reference_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
           • additional_offset_reference_type_at_start_type - optional; type additional_offset_reference_type_at_start_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
           • additional_offset_reference_type_at_end_type - optional; type additional_offset_reference_type_at_end_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
           • additional_horizontal_offset - optional; type double
           • additional_horizontal_offset_at_start - optional; type double
           • additional_horizontal_offset_at_end - optional; type double
           • additional_vertical_offset - optional; type double
           • additional_vertical_offset_at_start - optional; type double
           • additional_vertical_offset_at_end - optional; type double
           • anchorage_start_anchor_type - optional; type anchorage_start_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
           • anchorage_start_anchor_length - optional; type double
           • anchorage_start_bending_diameter - optional; type double
           • anchorage_end_anchor_type - optional; type anchorage_end_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
           • anchorage_end_anchor_length - optional; type double
           • anchorage_end_bending_diameter - optional; type double
           • one_rebar_length - optional; type double
           • one_rebar_minimal_and_maximal_length - optional; type string
           • one_rebar_unsymmetrical_at_side_length - optional; type double
           • one_rebar_unsymmetrical_at_side_minimal_and_maximal_length - optional; type string
           • one_rebar_unsymmetrical_top_side_length - optional; type double
           • one_rebar_unsymmetrical_top_side_minimal_and_maximal_length - optional; type string
           • one_rebar_unsymmetrical_bottom_side_length - optional; type double
           • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_length - optional; type string
           • one_rebar_corner_length - optional; type double
           • one_rebar_corner_minimal_and_maximal_length - optional; type string
           • length - optional; type double
           • one_rebar_weight - optional; type double
           • one_rebar_minimal_and_maximal_weight - optional; type string
           • one_rebar_unsymmetrical_at_side_weight - optional; type double
           • one_rebar_unsymmetrical_at_side_minimal_and_maximal_weight - optional; type string
           • one_rebar_unsymmetrical_top_side_weight - optional; type double
           • one_rebar_unsymmetrical_top_side_minimal_and_maximal_weight - optional; type string
           • one_rebar_unsymmetrical_bottom_side_weight - optional; type double
           • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_weight - optional; type string
           • one_rebar_corner_weight - optional; type double
           • one_rebar_corner_minimal_and_maximal_weight - optional; type string
           • weight - optional; type double
       • member_concrete_design_uls_configuration - optional; type int
       • member_concrete_design_sls_configuration - optional; type int
       • member_concrete_design_fr_configuration - optional; type int
       • steel_effective_lengths - optional; type int
       • steel_boundary_conditions - optional; type int
       • steel_member_local_section_reduction - optional; type int
       • steel_member_transverse_weld - optional; type int
       • steel_member_shear_panel - optional; type int
       • steel_member_rotational_restraint - optional; type int
       • member_steel_design_uls_configuration - optional; type int
       • member_steel_design_sls_configuration - optional; type int
       • member_steel_design_fr_configuration - optional; type int
       • timber_effective_lengths - optional; type int
       • timber_service_class - optional; type int
       • timber_moisture_class - optional; type int
       • timber_service_conditions - optional; type int
       • timber_member_local_section_reduction - optional; type int
       • timber_member_shear_panel - optional; type int
       • timber_member_rotational_restraint - optional; type int
       • member_timber_design_uls_configuration - optional; type int
       • member_timber_design_sls_configuration - optional; type int
       • member_timber_design_fr_configuration - optional; type int
       • end_modifications_member_start_extension - optional; type double
       • end_modifications_member_start_slope_y - optional; type double
       • end_modifications_member_start_slope_z - optional; type double
       • end_modifications_member_end_extension - optional; type double
       • end_modifications_member_end_slope_y - optional; type double
       • end_modifications_member_end_slope_z - optional; type double
       • has_any_end_modifications - optional; type boolean
       • deflection_check_direction - optional; type member_deflection_check_direction - type undefined with restriction - enum { 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Y', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z_AND_Y', 'DEFLECTION_CHECK_DIRECTION_RESULTING_AXIS' }
       • deflection_check_beam_type - optional; type member_deflection_check_beam_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_BEAM_TYPE_DOUBLE_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_END_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_START_SUPPORTED' }
       • deflection_check_displacement_reference - optional; type member_deflection_check_displacement_reference - type undefined with restriction - enum { 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_SET_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_UNDEFORMED_SYSTEM' }
       • deflection_check_reference_length_y - optional; type double
       • deflection_check_reference_length_y_list - optional; type array_of_int
       • deflection_check_reference_length_y_is_variable - optional; type boolean
       • deflection_check_reference_length_y_definition_type - optional; type member_deflection_check_reference_length_y_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
       • deflection_check_reference_length_z - optional; type double
       • deflection_check_reference_length_z_list - optional; type array_of_int
       • deflection_check_reference_length_z_is_variable - optional; type boolean
       • deflection_check_reference_length_z_definition_type - optional; type member_deflection_check_reference_length_z_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
       • deflection_check_precamber_enabled - optional; type boolean
       • deflection_check_precamber_wcy - optional; type double
       • deflection_check_precamber_wcz - optional; type double
       • design_support_on_member_start - optional; type int
       • design_support_on_member_end - optional; type int
       • design_supports_on_internal_nodes - optional; type array_of_member_design_supports_on_internal_nodes
         • member_design_supports_on_internal_nodes - optional, unbounded; type member_design_supports_on_internal_nodes
           • no - optional; type int
           • node - optional; type int
           • design_support - optional; type int
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_response (soap:body, use = literal)Source code
     parameters type set_memberResponse
142. set_member_definable_stiffness
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_definable_stiffness
     Input:
     set_member_definable_stiffness_request (soap:body, use = literal)Source code
     parameters type set_member_definable_stiffness

     • value type member_definable_stiffness
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • assigned_to - optional; type array_of_int
       • torsional_stiffness - optional; type double
       • bending_stiffness_y - optional; type double
       • bending_stiffness_z - optional; type double
       • axial_stiffness - optional; type double
       • shear_stiffness_y - optional; type double
       • shear_stiffness_z - optional; type double
       • specific_weight - optional; type double
       • section_area - optional; type double
       • rotation - optional; type double
       • thermal_expansion_alpha - optional; type double
       • thermal_expansion_width - optional; type double
       • thermal_expansion_height - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_definable_stiffness_response (soap:body, use = literal)Source code
     parameters type set_member_definable_stiffnessResponse
143. set_member_eccentricity
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_eccentricity
     Input:
     set_member_eccentricity_request (soap:body, use = literal)Source code
     parameters type set_member_eccentricity

     • value type member_eccentricity
       • no type int
       • axial_offset_active - optional; type boolean
       • comment - optional; type string
       • coordinate_system - optional; type string
       • generating_object_info - optional; type string
       • hinge_location_at_node - optional; type boolean
       • horizontal_section_alignment - optional; type member_eccentricity_horizontal_section_alignment - type undefined with restriction - enum { 'ALIGN_LEFT', 'ALIGN_MIDDLE', 'ALIGN_RIGHT' }
       • is_generated - optional; type boolean
       • name - optional; type string
       • offset - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • offset_x - optional; type double
       • offset_y - optional; type double
       • offset_z - optional; type double
       • specification_type - optional; type member_eccentricity_specification_type - type undefined with restriction - enum { 'TYPE_ABSOLUTE', 'TYPE_RELATIVE', 'TYPE_RELATIVE_AND_ABSOLUTE' }
       • transverse_offset_horizontal_alignment - optional; type member_eccentricity_transverse_offset_horizontal_alignment - type undefined with restriction - enum { 'ALIGN_LEFT', 'ALIGN_MIDDLE', 'ALIGN_RIGHT' }
       • transverse_offset_member_reference_node - optional; type int
       • transverse_offset_reference_member - optional; type int
       • transverse_offset_reference_surface - optional; type int
       • transverse_offset_reference_type - optional; type member_eccentricity_transverse_offset_reference_type - type undefined with restriction - enum { 'TRANSVERSE_OFFSET_TYPE_FROM_MEMBER_SECTION', 'TRANSVERSE_OFFSET_TYPE_FROM_SURFACE_THICKNESS', 'TRANSVERSE_OFFSET_TYPE_NONE' }
       • transverse_offset_surface_reference_node - optional; type int
       • transverse_offset_vertical_alignment - optional; type member_eccentricity_transverse_offset_vertical_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_TOP' }
       • user_defined_name_enabled - optional; type boolean
       • vertical_section_alignment - optional; type member_eccentricity_vertical_section_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_TOP' }
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_eccentricity_response (soap:body, use = literal)Source code
     parameters type set_member_eccentricityResponse
144. set_member_hinge
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_hinge
     Input:
     set_member_hinge_request (soap:body, use = literal)Source code
     parameters type set_member_hinge

     • value type member_hinge
       • no type int
       • axial_release_n - optional; type double
       • axial_release_n_nonlinearity - optional; type member_hinge_axial_release_n_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • axial_release_vy - optional; type double
       • axial_release_vy_nonlinearity - optional; type member_hinge_axial_release_vy_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • axial_release_vz - optional; type double
       • axial_release_vz_nonlinearity - optional; type member_hinge_axial_release_vz_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • comment - optional; type string
       • coordinate_system - optional; type string
       • diagram_along_x_end - optional; type member_hinge_diagram_along_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_x_is_sorted - optional; type boolean
       • diagram_along_x_start - optional; type member_hinge_diagram_along_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_x_symmetric - optional; type boolean
       • diagram_along_x_table - optional; type array_of_member_hinge_diagram_along_x_table
         • member_hinge_diagram_along_x_table - optional, unbounded; type member_hinge_diagram_along_x_table
           • no - optional; type int
           • displacement - optional; type double
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_along_y_end - optional; type member_hinge_diagram_along_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_y_is_sorted - optional; type boolean
       • diagram_along_y_start - optional; type member_hinge_diagram_along_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_y_symmetric - optional; type boolean
       • diagram_along_y_table - optional; type array_of_member_hinge_diagram_along_y_table
         • member_hinge_diagram_along_y_table - optional, unbounded; type member_hinge_diagram_along_y_table
           • no - optional; type int
           • displacement - optional; type double
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_along_z_end - optional; type member_hinge_diagram_along_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_z_is_sorted - optional; type boolean
       • diagram_along_z_start - optional; type member_hinge_diagram_along_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_z_symmetric - optional; type boolean
       • diagram_along_z_table - optional; type array_of_member_hinge_diagram_along_z_table
         • member_hinge_diagram_along_z_table - optional, unbounded; type member_hinge_diagram_along_z_table
           • no - optional; type int
           • displacement - optional; type double
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_around_x_end - optional; type member_hinge_diagram_around_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_x_is_sorted - optional; type boolean
       • diagram_around_x_start - optional; type member_hinge_diagram_around_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_x_symmetric - optional; type boolean
       • diagram_around_x_table - optional; type array_of_member_hinge_diagram_around_x_table
         • member_hinge_diagram_around_x_table - optional, unbounded; type member_hinge_diagram_around_x_table
           • no - optional; type int
           • rotation - optional; type double
           • moment - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_around_y_end - optional; type member_hinge_diagram_around_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_y_is_sorted - optional; type boolean
       • diagram_around_y_start - optional; type member_hinge_diagram_around_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_y_symmetric - optional; type boolean
       • diagram_around_y_table - optional; type array_of_member_hinge_diagram_around_y_table
         • member_hinge_diagram_around_y_table - optional, unbounded; type member_hinge_diagram_around_y_table
           • no - optional; type int
           • rotation - optional; type double
           • moment - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_around_z_end - optional; type member_hinge_diagram_around_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_z_is_sorted - optional; type boolean
       • diagram_around_z_start - optional; type member_hinge_diagram_around_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_z_symmetric - optional; type boolean
       • diagram_around_z_table - optional; type array_of_member_hinge_diagram_around_z_table
         • member_hinge_diagram_around_z_table - optional, unbounded; type member_hinge_diagram_around_z_table
           • no - optional; type int
           • rotation - optional; type double
           • moment - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • friction_coefficient_x - optional; type double
       • friction_coefficient_xy - optional; type double
       • friction_coefficient_xz - optional; type double
       • friction_coefficient_y - optional; type double
       • friction_coefficient_yx - optional; type double
       • friction_coefficient_yz - optional; type double
       • friction_coefficient_z - optional; type double
       • friction_coefficient_zx - optional; type double
       • friction_coefficient_zy - optional; type double
       • friction_direction_independent_x - optional; type boolean
       • friction_direction_independent_y - optional; type boolean
       • friction_direction_independent_z - optional; type boolean
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • members - optional; type string
       • moment_release_mt - optional; type double
       • moment_release_mt_nonlinearity - optional; type member_hinge_moment_release_mt_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • moment_release_my - optional; type double
       • moment_release_my_nonlinearity - optional; type member_hinge_moment_release_my_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • moment_release_mz - optional; type double
       • moment_release_mz_nonlinearity - optional; type member_hinge_moment_release_mz_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • name - optional; type string
       • partial_activity_along_x_negative_displacement - optional; type double
       • partial_activity_along_x_negative_force - optional; type double
       • partial_activity_along_x_negative_slippage - optional; type double
       • partial_activity_along_x_negative_type - optional; type member_hinge_partial_activity_along_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_x_positive_displacement - optional; type double
       • partial_activity_along_x_positive_force - optional; type double
       • partial_activity_along_x_positive_slippage - optional; type double
       • partial_activity_along_x_positive_type - optional; type member_hinge_partial_activity_along_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_y_negative_displacement - optional; type double
       • partial_activity_along_y_negative_force - optional; type double
       • partial_activity_along_y_negative_slippage - optional; type double
       • partial_activity_along_y_negative_type - optional; type member_hinge_partial_activity_along_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_y_positive_displacement - optional; type double
       • partial_activity_along_y_positive_force - optional; type double
       • partial_activity_along_y_positive_slippage - optional; type double
       • partial_activity_along_y_positive_type - optional; type member_hinge_partial_activity_along_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_z_negative_displacement - optional; type double
       • partial_activity_along_z_negative_force - optional; type double
       • partial_activity_along_z_negative_slippage - optional; type double
       • partial_activity_along_z_negative_type - optional; type member_hinge_partial_activity_along_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_z_positive_displacement - optional; type double
       • partial_activity_along_z_positive_force - optional; type double
       • partial_activity_along_z_positive_slippage - optional; type double
       • partial_activity_along_z_positive_type - optional; type member_hinge_partial_activity_along_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_x_negative_moment - optional; type double
       • partial_activity_around_x_negative_rotation - optional; type double
       • partial_activity_around_x_negative_slippage - optional; type double
       • partial_activity_around_x_negative_type - optional; type member_hinge_partial_activity_around_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_x_positive_moment - optional; type double
       • partial_activity_around_x_positive_rotation - optional; type double
       • partial_activity_around_x_positive_slippage - optional; type double
       • partial_activity_around_x_positive_type - optional; type member_hinge_partial_activity_around_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_y_negative_moment - optional; type double
       • partial_activity_around_y_negative_rotation - optional; type double
       • partial_activity_around_y_negative_slippage - optional; type double
       • partial_activity_around_y_negative_type - optional; type member_hinge_partial_activity_around_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_y_positive_moment - optional; type double
       • partial_activity_around_y_positive_rotation - optional; type double
       • partial_activity_around_y_positive_slippage - optional; type double
       • partial_activity_around_y_positive_type - optional; type member_hinge_partial_activity_around_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_z_negative_moment - optional; type double
       • partial_activity_around_z_negative_rotation - optional; type double
       • partial_activity_around_z_negative_slippage - optional; type double
       • partial_activity_around_z_negative_type - optional; type member_hinge_partial_activity_around_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_z_positive_moment - optional; type double
       • partial_activity_around_z_positive_rotation - optional; type double
       • partial_activity_around_z_positive_slippage - optional; type double
       • partial_activity_around_z_positive_type - optional; type member_hinge_partial_activity_around_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_INEFFECTIVNESS', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_hinge_response (soap:body, use = literal)Source code
     parameters type set_member_hingeResponse
145. set_member_imperfection
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_imperfection
     Input:
     set_member_imperfection_request (soap:body, use = literal)Source code
     parameters type set_member_imperfection

     • imperfection_case_no type int
     • value type member_imperfection
       • no type int
       • imperfection_type - optional; type member_imperfection_imperfection_type - type undefined with restriction - enum { 'IMPERFECTION_TYPE_INITIAL_BOW', 'IMPERFECTION_TYPE_INITIAL_BOW_AND_CRITERION', 'IMPERFECTION_TYPE_INITIAL_SWAY' }
       • members - optional; type array_of_int
       • imperfection_case - optional; type int
       • definition_type - optional; type member_imperfection_definition_type - type undefined with restriction - enum { 'DEFINITION_TYPE_ABSOLUTE', 'DEFINITION_TYPE_ANSI_CURRENT', 'DEFINITION_TYPE_ANSI_GRAVITY_LOAD', 'DEFINITION_TYPE_EN_1993_1_1', 'DEFINITION_TYPE_EN_1999_1_1', 'DEFINITION_TYPE_EUROCODE', 'DEFINITION_TYPE_NOTIONAL_LOAD', 'DEFINITION_TYPE_RELATIVE' }
       • coordinate_system - optional; type string
       • imperfection_direction - optional; type member_imperfection_imperfection_direction - type undefined with restriction - enum { 'IMPERFECTION_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'IMPERFECTION_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'IMPERFECTION_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'IMPERFECTION_DIRECTION_LOCAL_Y', 'IMPERFECTION_DIRECTION_LOCAL_Y_NEGATIVE', 'IMPERFECTION_DIRECTION_LOCAL_Z', 'IMPERFECTION_DIRECTION_LOCAL_Z_NEGATIVE', 'IMPERFECTION_DIRECTION_PRINCIPAL_U', 'IMPERFECTION_DIRECTION_PRINCIPAL_U_NEGATIVE', 'IMPERFECTION_DIRECTION_PRINCIPAL_V', 'IMPERFECTION_DIRECTION_PRINCIPAL_V_NEGATIVE' }
       • basic_value_absolute - optional; type double
       • basic_value_coefficient - optional; type double
       • basic_value_relative - optional; type double
       • basic_value_force - optional; type double
       • section_design - optional; type member_imperfection_section_design - type undefined with restriction - enum { 'SECTION_DESIGN_ELASTIC', 'SECTION_DESIGN_PLASTIC' }
       • active_criterion - optional; type member_imperfection_active_criterion - type undefined with restriction - enum { 'ACTIVITY_CRITERION_ALWAYS', 'ACTIVITY_CRITERION_DEFINE', 'ACTIVITY_CRITERION_DIN_18800', 'ACTIVITY_CRITERION_EN_1993', 'ACTIVITY_CRITERION_EN_1999' }
       • active_bow - optional; type double
       • standard_factor_enumeration - optional; type member_imperfection_standard_factor_enumeration - type undefined with restriction - enum { 'STANDARD_FACTOR_ASD', 'STANDARD_FACTOR_LRFD' }
       • standard_factor_number - optional; type double
       • height - optional; type double
       • column_in_row - optional; type int
       • case_object - optional; type int
       • reduction_factor_h - optional; type double
       • reduction_factor_m - optional; type double
       • initial_sway - optional; type double
       • initial_sway_inverted - optional; type double
       • parameters - optional; type array_of_int
       • reference_to_list_of_members - optional; type boolean
       • refer_distance_from_objects_to_assign - optional; type boolean
       • imperfection_over_total_length_of_objects_to_assign - optional; type boolean
       • distance_a_is_defined_as_relative - optional; type boolean
       • distance_b_is_defined_as_relative - optional; type boolean
       • distance_a_relative - optional; type double
       • distance_b_relative - optional; type double
       • distance_a_absolute - optional; type double
       • distance_b_absolute - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_imperfection_response (soap:body, use = literal)Source code
     parameters type set_member_imperfectionResponse
146. set_member_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_load
     Input:
     set_member_load_request (soap:body, use = literal)Source code
     parameters type set_member_load

     • load_case_no type int
     • value type member_load
       • no type int
       • advanced_mass_options - optional; type boolean
       • angular_acceleration - optional; type double
       • angular_velocity - optional; type double
       • axis_definition_axis - optional; type member_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • axis_definition_axis_orientation - optional; type member_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
       • axis_definition_p1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p1_x - optional; type double
       • axis_definition_p1_y - optional; type double
       • axis_definition_p1_z - optional; type double
       • axis_definition_p2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p2_x - optional; type double
       • axis_definition_p2_y - optional; type double
       • axis_definition_p2_z - optional; type double
       • axis_definition_type - optional; type member_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
       • comment - optional; type string
       • coordinate_system - optional; type string
       • count_n - optional; type int
       • distance_a_absolute - optional; type double
       • distance_a_is_defined_as_relative - optional; type boolean
       • distance_a_relative - optional; type double
       • distance_b_absolute - optional; type double
       • distance_b_is_defined_as_relative - optional; type boolean
       • distance_b_relative - optional; type double
       • distance_c_absolute - optional; type double
       • distance_c_is_defined_as_relative - optional; type boolean
       • distance_c_relative - optional; type double
       • distance_from_member_end - optional; type boolean
       • eccentricity_horizontal_alignment - optional; type member_load_eccentricity_horizontal_alignment - type undefined with restriction - enum { 'ALIGN_LEFT', 'ALIGN_MIDDLE', 'ALIGN_NONE', 'ALIGN_RIGHT' }
       • eccentricity_vertical_alignment - optional; type member_load_eccentricity_vertical_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_NONE', 'ALIGN_TOP' }
       • eccentricity_section_middle - optional; type member_load_eccentricity_section_middle - type undefined with restriction - enum { 'LOAD_ECCENTRICITY_SECTION_MIDDLE_CENTER_OF_GRAVITY', 'LOAD_ECCENTRICITY_SECTION_MIDDLE_NONE', 'LOAD_ECCENTRICITY_SECTION_MIDDLE_SHEAR_CENTER' }
       • is_eccentricity_at_end_different_from_start - optional; type boolean
       • eccentricity_y_at_end - optional; type double
       • eccentricity_y_at_start - optional; type double
       • eccentricity_z_at_end - optional; type double
       • eccentricity_z_at_start - optional; type double
       • filling_height - optional; type double
       • form_finding_definition_type - optional; type member_load_form_finding_definition_type - type undefined with restriction - enum { 'FORM_FINDING_TYPE_FORCE', 'FORM_FINDING_TYPE_GEOMETRIC' }
       • form_finding_force_definition - optional; type member_load_form_finding_force_definition - type undefined with restriction - enum { 'FORM_FINDING_FORCE_INPUT_PARAMETER_AVERAGE', 'FORM_FINDING_FORCE_INPUT_PARAMETER_DENSITY', 'FORM_FINDING_FORCE_INPUT_PARAMETER_HORIZONTAL_TENSION_COMPONENT', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MAXIMUM_FORCE_IN_MEMBER', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMAL_TENSION_AT_I_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMAL_TENSION_AT_J_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMUM_FORCE_IN_MEMBER', 'FORM_FINDING_FORCE_INPUT_PARAMETER_TENSION_AT_I_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_TENSION_AT_J_END' }
       • form_finding_geometry_definition - optional; type member_load_form_finding_geometry_definition - type undefined with restriction - enum { 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_LENGTH', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_LOW_POINT_VERTICAL_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_MAXIMUM_VERTICAL_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_UNSTRESSED_LENGTH' }
       • form_finding_internal_force - optional; type member_load_form_finding_internal_force - type undefined with restriction - enum { 'FORM_FINDING_INTERNAL_FORCE_COMPRESSION', 'FORM_FINDING_INTERNAL_FORCE_TENSION' }
       • form_finding_magnitude_absolute - optional; type double
       • form_finding_magnitude_is_defined_as_relative - optional; type boolean
       • form_finding_magnitude_relative - optional; type double
       • generating_object_info - optional; type string
       • has_force_eccentricity - optional; type boolean
       • is_generated - optional; type boolean
       • load_case - optional; type int
       • load_direction - optional; type member_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_PRINCIPAL_U', 'LOAD_DIRECTION_PRINCIPAL_V' }
       • load_direction_orientation - optional; type member_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
       • load_distribution - optional; type member_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_CONCENTRATED_1', 'LOAD_DISTRIBUTION_CONCENTRATED_2', 'LOAD_DISTRIBUTION_CONCENTRATED_2x2', 'LOAD_DISTRIBUTION_CONCENTRATED_N', 'LOAD_DISTRIBUTION_CONCENTRATED_VARYING', 'LOAD_DISTRIBUTION_PARABOLIC', 'LOAD_DISTRIBUTION_TAPERED', 'LOAD_DISTRIBUTION_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_UNIFORM_TOTAL', 'LOAD_DISTRIBUTION_VARYING', 'LOAD_DISTRIBUTION_VARYING_IN_Z' }
       • load_is_over_total_length - optional; type boolean
       • load_type - optional; type member_load_load_type - type undefined with restriction - enum { 'E_TYPE_MASS', 'LOAD_TYPE_AXIAL_DISPLACEMENT', 'LOAD_TYPE_AXIAL_STRAIN', 'LOAD_TYPE_DISPLACEMENT', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_FORM_FINDING', 'LOAD_TYPE_INITIAL_PRESTRESS', 'LOAD_TYPE_MOMENT', 'LOAD_TYPE_PIPE_CONTENT_FULL', 'LOAD_TYPE_PIPE_CONTENT_PARTIAL', 'LOAD_TYPE_PIPE_INTERNAL_PRESSURE', 'LOAD_TYPE_PRECAMBER', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_ROTATION', 'LOAD_TYPE_TEMPERATURE', 'LOAD_TYPE_TEMPERATURE_CHANGE' }
       • magnitude - optional; type double
       • magnitude_1 - optional; type double
       • magnitude_2 - optional; type double
       • magnitude_3 - optional; type double
       • magnitude_delta_t - optional; type double
       • magnitude_delta_t_1 - optional; type double
       • magnitude_delta_t_2 - optional; type double
       • magnitude_delta_t_3 - optional; type double
       • magnitude_t_b - optional; type double
       • magnitude_t_b_1 - optional; type double
       • magnitude_t_b_2 - optional; type double
       • magnitude_t_b_3 - optional; type double
       • magnitude_t_c - optional; type double
       • magnitude_t_c_1 - optional; type double
       • magnitude_t_c_2 - optional; type double
       • magnitude_t_c_3 - optional; type double
       • magnitude_t_t - optional; type double
       • magnitude_t_t_1 - optional; type double
       • magnitude_t_t_2 - optional; type double
       • magnitude_t_t_3 - optional; type double
       • mass_global - optional; type double
       • mass_x - optional; type double
       • mass_y - optional; type double
       • mass_z - optional; type double
       • members - optional; type array_of_int
       • reference_to_list_of_members - optional; type boolean
       • varying_load_parameters - optional; type array_of_member_load_varying_load_parameters
         • member_load_varying_load_parameters - optional, unbounded; type member_load_varying_load_parameters
           • no - optional; type int
           • distance - optional; type double
           • delta_distance - optional; type double
           • magnitude - optional; type double
           • note - optional; type string
           • magnitude_t_c - optional; type double
           • magnitude_delta_t - optional; type double
           • magnitude_t_t - optional; type double
           • magnitude_t_b - optional; type double
       • varying_load_parameters_are_defined_as_relative - optional; type boolean
       • varying_load_parameters_sorted - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_load_response (soap:body, use = literal)Source code
     parameters type set_member_loadResponse
147. set_member_nonlinearity
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_nonlinearity
     Input:
     set_member_nonlinearity_request (soap:body, use = literal)Source code
     parameters type set_member_nonlinearity

     • value type member_nonlinearity
       • no type int
       • type - optional; type member_nonlinearity_type - type undefined with restriction - enum { 'TYPE_FAILURE_IF_COMPRESSION', 'TYPE_FAILURE_IF_COMPRESSION_WITH_SLIPPAGE', 'TYPE_FAILURE_IF_TENSION', 'TYPE_FAILURE_IF_TENSION_WITH_SLIPPAGE', 'TYPE_PLASTIC_HINGE', 'TYPE_SLIPPAGE', 'TYPE_TEARING', 'TYPE_TEARING_IF_COMPRESSION', 'TYPE_TEARING_IF_TENSION', 'TYPE_YIELDING', 'TYPE_YIELDING_IF_COMPRESSION', 'TYPE_YIELDING_IF_TENSION' }
       • assigned_to - optional; type array_of_int
       • comment - optional; type string
       • compression_force - optional; type double
       • generating_object_info - optional; type string
       • internal_force_n - optional; type double
       • internal_force_vy - optional; type double
       • internal_force_vz - optional; type double
       • internal_moment_mt - optional; type double
       • internal_moment_my - optional; type double
       • internal_moment_mz - optional; type double
       • is_generated - optional; type boolean
       • name - optional; type string
       • slippage - optional; type double
       • tension_force - optional; type double
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_nonlinearity_response (soap:body, use = literal)Source code
     parameters type set_member_nonlinearityResponse
148. set_member_representative
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_representative
     Input:
     set_member_representative_request (soap:body, use = literal)Source code
     parameters type set_member_representative

     • value type member_representative
       • no type int
       • type - optional; type member_representative_type - type undefined with restriction - enum { 'TYPE_BEAM', 'TYPE_BUCKLING', 'TYPE_CABLE', 'TYPE_COMPRESSION', 'TYPE_COUPLING_HINGE_HINGE', 'TYPE_COUPLING_HINGE_RIGID', 'TYPE_COUPLING_RIGID_HINGE', 'TYPE_COUPLING_RIGID_RIGID', 'TYPE_DEFINABLE_STIFFNESS', 'TYPE_RESULT_BEAM', 'TYPE_RIB', 'TYPE_RIGID', 'TYPE_TENSION', 'TYPE_TRUSS', 'TYPE_TRUSS_ONLY_N' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • comment - optional; type string
       • number_of_members - optional; type int
       • total_length - optional; type double
       • total_volume - optional; type double
       • total_mass - optional; type double
       • total_surface_of_coating - optional; type double
       • nodes_on_member_from_start - optional; type array_of_int
       • is_deactivated_for_calculation - optional; type boolean
       • line - optional; type int
       • section_distribution_type - optional; type member_representative_section_distribution_type - type undefined with restriction - enum { 'SECTION_DISTRIBUTION_TYPE_CURVED', 'SECTION_DISTRIBUTION_TYPE_LINEAR', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_BOTH_SIDES', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_END_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_OFFSET_AT_START_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_SADDLE', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_BOTH_SIDES', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_END_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_TAPERED_AT_START_OF_MEMBER', 'SECTION_DISTRIBUTION_TYPE_UNIFORM' }
       • reference_type - optional; type member_representative_reference_type - type undefined with restriction - enum { 'REFERENCE_TYPE_L', 'REFERENCE_TYPE_XY', 'REFERENCE_TYPE_XZ', 'REFERENCE_TYPE_YZ' }
       • nodes - optional; type array_of_int
       • node_start - optional; type int
       • node_end - optional; type int
       • analytical_length - optional; type double
       • analytical_volume - optional; type double
       • analytical_mass - optional; type double
       • analytical_surface_of_coating - optional; type double
       • analytical_center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • analytical_center_of_gravity_x - optional; type double
       • analytical_center_of_gravity_y - optional; type double
       • analytical_center_of_gravity_z - optional; type double
       • length - optional; type double
       • volume - optional; type double
       • mass - optional; type double
       • surface_of_coating - optional; type double
       • center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_of_gravity_x - optional; type double
       • center_of_gravity_y - optional; type double
       • center_of_gravity_z - optional; type double
       • member_representative - optional; type int
       • design_properties_via_member - optional; type boolean
       • design_properties_via_parent_member_set - optional; type boolean
       • design_properties_parent_member_set - optional; type int
       • member_type_rib_alignment - optional; type member_representative_member_type_rib_alignment - type undefined with restriction - enum { 'ALIGNMENT_CENTRIC', 'ALIGNMENT_ON_Z_SIDE_NEGATIVE', 'ALIGNMENT_ON_Z_SIDE_POSITIVE', 'ALIGNMENT_USER_DEFINED_VIA_MEMBER_ECCENTRICITY' }
       • member_rib_first_surface - optional; type int
       • member_rib_second_surface - optional; type int
       • member_rib_surface_assignment_autodetect - optional; type boolean
       • align_local_z_axis_to_local_z_axis_of_surface - optional; type boolean
       • result_beam_integrate_stresses_and_forces - optional; type member_representative_result_beam_integrate_stresses_and_forces - type undefined with restriction - enum { 'INTEGRATE_FROM_LISTED_OBJECT', 'INTEGRATE_WITHIN_CUBOID_GENERAL', 'INTEGRATE_WITHIN_CUBOID_QUADRATIC', 'INTEGRATE_WITHIN_CYLINDER' }
       • flange_dimensions - optional; type array_of_member_representative_flange_dimensions
         • member_representative_flange_dimensions - optional, unbounded; type member_representative_flange_dimensions
           • no - optional; type int
           • end_ordinate - optional; type double
           • length - optional; type double
           • reference_length_definition_type - optional; type reference_length_definition_type - type undefined with restriction - enum { 'REFERENCE_LENGTH_TYPE_MEMBER_LENGTH', 'REFERENCE_LENGTH_TYPE_SEGMENT_LENGTH', 'REFERENCE_LENGTH_TYPE_USER_DEFINED' }
           • reference_length - optional; type double
           • reference_length_width_type - optional; type reference_length_width_type - type undefined with restriction - enum { 'REFERENCE_LENGTH_WIDTH_EC2', 'REFERENCE_LENGTH_WIDTH_EIGHTH', 'REFERENCE_LENGTH_WIDTH_NONE', 'REFERENCE_LENGTH_WIDTH_SIXTH' }
           • width_minus_y_integrative - optional; type double
           • width_minus_y_effictive - optional; type double
           • width_minus_y_maximal - optional; type double
           • width_plus_y_integrative - optional; type double
           • width_plus_y_effictive - optional; type double
           • width_plus_y_maximal - optional; type double
           • distribution_linear - optional; type boolean
       • synchronize_width_mode - optional; type boolean
       • relative_ordinates_mode - optional; type boolean
       • member_type_definable_stiffness - optional; type int
       • result_beam_y_z - optional; type double
       • result_beam_y_plus - optional; type double
       • result_beam_z_plus - optional; type double
       • result_beam_y_minus - optional; type double
       • result_beam_z_minus - optional; type double
       • result_beam_radius - optional; type double
       • result_beam_include_surfaces - optional; type array_of_int
       • result_beam_include_all_surfaces - optional; type boolean
       • result_beam_include_solids - optional; type array_of_int
       • result_beam_include_all_solids - optional; type boolean
       • result_beam_include_members - optional; type array_of_int
       • result_beam_include_all_members - optional; type boolean
       • result_beam_exclude_surfaces - optional; type array_of_int
       • result_beam_exclude_solids - optional; type array_of_int
       • result_beam_exluce_members - optional; type array_of_int
       • projected_length - optional; type double
       • section_distance_from_start_is_defined_as_relative - optional; type boolean
       • section_distance_from_start_absolute - optional; type double
       • section_distance_from_start_relative - optional; type double
       • section_distance_from_end_is_defined_as_relative - optional; type boolean
       • section_distance_from_end_absolute - optional; type double
       • section_distance_from_end_relative - optional; type double
       • section_alignment - optional; type member_representative_section_alignment - type undefined with restriction - enum { 'SECTION_ALIGNMENT_BOTTOM', 'SECTION_ALIGNMENT_CENTRIC', 'SECTION_ALIGNMENT_TOP' }
       • curved_member_is_asymmetric_layout - optional; type boolean
       • curved_member_is_cantilevers - optional; type boolean
       • curved_member_cantilevers_type - optional; type member_representative_curved_member_cantilevers_type - type undefined with restriction - enum { 'CANTILEVERS_TYPE_HORIZONTAL', 'CANTILEVERS_TYPE_OFFSET', 'CANTILEVERS_TYPE_PARALLEL', 'CANTILEVERS_TYPE_TAPER' }
       • rotation_specification_type - optional; type member_representative_rotation_specification_type - type undefined with restriction - enum { 'COORDINATE_SYSTEM_ROTATION_VIA_ANGLE', 'COORDINATE_SYSTEM_ROTATION_VIA_HELP_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_INSIDE_NODE', 'COORDINATE_SYSTEM_ROTATION_VIA_SURFACE' }
       • rotation_angle - optional; type double
       • rotation_help_node - optional; type int
       • rotation_plane_type - optional; type member_representative_rotation_plane_type - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
       • rotation_surface - optional; type int
       • rotation_surface_plane_type - optional; type member_representative_rotation_surface_plane_type - type undefined with restriction - enum { 'ROTATION_PLANE_XY', 'ROTATION_PLANE_XZ' }
       • is_rotated - optional; type boolean
       • section_start - optional; type int
       • section_end - optional; type int
       • section_internal - optional; type int
       • section_material - optional; type int
       • members - optional; type array_of_int
       • member_hinge_start - optional; type int
       • member_hinge_end - optional; type int
       • member_eccentricity_start - optional; type int
       • member_eccentricity_end - optional; type int
       • support - optional; type int
       • member_transverse_stiffener - optional; type int
       • member_nonlinearity - optional; type int
       • member_result_intermediate_point - optional; type int
       • concrete_effective_lengths - optional; type int
       • steel_effective_lengths - optional; type int
       • timber_effective_lengths - optional; type int
       • aluminum_effective_lengths - optional; type int
       • concrete_shear_reinforcement_spans - optional; type array_of_member_representative_concrete_shear_reinforcement_spans
         • member_representative_concrete_shear_reinforcement_spans - optional, unbounded; type member_representative_concrete_shear_reinforcement_spans
           • no - optional; type int
           • name - optional; type string
           • stirrup_type - optional; type stirrup_type - type undefined with restriction - enum { 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_FOUR_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_THREE_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_TWO_LEGGED_OPEN', 'STIRRUP_TYPE_TWO_LEGGED_OVERLAP_HOOK_180' }
           • material - optional; type int
           • stirrup_count - optional; type int
           • stirrup_diameter - optional; type double
           • stirrup_distances - optional; type double
           • reinforcement_area - optional; type double
           • span_position_reference_type - optional; type span_position_reference_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_INTERNAL_NODE', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_END', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_START' }
           • span_position_reference_internal_node - optional; type int
           • span_position_reference_x_location_relative - optional; type double
           • span_position_reference_x_location_absolute - optional; type double
           • span_position_definition_format_type - optional; type span_position_definition_format_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_ABSOLUTE', 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_RELATIVE' }
           • span_start_relative - optional; type double
           • span_start_absolute - optional; type double
           • span_end_relative - optional; type double
           • span_end_absolute - optional; type double
           • span_length - optional; type double
           • stirrup_layout_rule_type - optional; type stirrup_layout_rule_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_END', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED' }
           • stirrup_start_offset - optional; type double
           • stirrup_end_offset - optional; type double
           • one_stirrup_length - optional; type double
           • minimal_and_maximal_stirrup_length - optional; type string
           • length - optional; type double
           • one_stirrup_weight - optional; type double
           • minimal_and_maximal_stirrup_weight - optional; type string
           • weight - optional; type double
       • concrete_longitudinal_reinforcement_items - optional; type array_of_member_representative_concrete_longitudinal_reinforcement_items
         • member_representative_concrete_longitudinal_reinforcement_items - optional, unbounded; type member_representative_concrete_longitudinal_reinforcement_items
           • no - optional; type int
           • name - optional; type string
           • rebar_type - optional; type rebar_type - type undefined with restriction - enum { 'REBAR_TYPE_LINE', 'REBAR_TYPE_SINGLE', 'REBAR_TYPE_SYMMETRICAL', 'REBAR_TYPE_UNIFORMLY_SURROUNDING', 'REBAR_TYPE_UNSYMMETRICAL' }
           • material - optional; type int
           • reinforcement_placed_in_bending_corner_enabled - optional; type boolean
           • bar_count_symmetrical - optional; type int
           • bar_count_unsymmetrical_at_side - optional; type int
           • bar_count_unsymmetrical_top_side - optional; type int
           • bar_count_unsymmetrical_bottom_side - optional; type int
           • bar_count_uniformly_surrounding - optional; type int
           • bar_count_line - optional; type int
           • bar_count_corner - optional; type int
           • bar_diameter_symmetrical - optional; type double
           • bar_diameter_unsymmetrical_at_side - optional; type double
           • bar_diameter_unsymmetrical_top_side - optional; type double
           • bar_diameter_unsymmetrical_bottom_side - optional; type double
           • bar_diameter_uniformly_surrounding - optional; type double
           • bar_diameter_line - optional; type double
           • bar_diameter_single - optional; type double
           • bar_diameter_corner - optional; type double
           • corner_reinforcement_enabled - optional; type boolean
           • reinforcement_area_symmetrical - optional; type double
           • reinforcement_area_unsymmetrical_at_side - optional; type double
           • reinforcement_area_unsymmetrical_top_side - optional; type double
           • reinforcement_area_unsymmetrical_bottom_side - optional; type double
           • reinforcement_area_uniformly_surrounding - optional; type double
           • reinforcement_area_line - optional; type double
           • reinforcement_area_single - optional; type double
           • reinforcement_area_corner - optional; type double
           • reinforcement_area_total - optional; type double
           • span_position_reference_internal_node - optional; type int
           • span_position_reference_x_location_relative - optional; type double
           • span_position_reference_x_location_absolute - optional; type double
           • span_start_relative - optional; type double
           • span_start_absolute - optional; type double
           • span_end_relative - optional; type double
           • span_end_absolute - optional; type double
           • span_length - optional; type double
           • additional_offset_type - optional; type additional_offset_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_CONCRETE_COVER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_SECTION_SURFACE', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_STIRRUP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_NONE' }
           • additional_offset_top_side - optional; type double
           • additional_offset_bottom_side - optional; type double
           • additional_offset_left_side - optional; type double
           • additional_offset_right_side - optional; type double
           • additional_offset_reference_type - optional; type additional_offset_reference_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
           • additional_offset_reference_type_at_start_type - optional; type additional_offset_reference_type_at_start_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
           • additional_offset_reference_type_at_end_type - optional; type additional_offset_reference_type_at_end_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
           • additional_horizontal_offset - optional; type double
           • additional_horizontal_offset_at_start - optional; type double
           • additional_horizontal_offset_at_end - optional; type double
           • additional_vertical_offset - optional; type double
           • additional_vertical_offset_at_start - optional; type double
           • additional_vertical_offset_at_end - optional; type double
           • anchorage_start_anchor_type - optional; type anchorage_start_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
           • anchorage_start_anchor_length - optional; type double
           • anchorage_start_bending_diameter - optional; type double
           • anchorage_end_anchor_type - optional; type anchorage_end_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
           • anchorage_end_anchor_length - optional; type double
           • anchorage_end_bending_diameter - optional; type double
           • one_rebar_length - optional; type double
           • one_rebar_minimal_and_maximal_length - optional; type string
           • one_rebar_unsymmetrical_at_side_length - optional; type double
           • one_rebar_unsymmetrical_at_side_minimal_and_maximal_length - optional; type string
           • one_rebar_unsymmetrical_top_side_length - optional; type double
           • one_rebar_unsymmetrical_top_side_minimal_and_maximal_length - optional; type string
           • one_rebar_unsymmetrical_bottom_side_length - optional; type double
           • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_length - optional; type string
           • one_rebar_corner_length - optional; type double
           • one_rebar_corner_minimal_and_maximal_length - optional; type string
           • length - optional; type double
           • one_rebar_weight - optional; type double
           • one_rebar_minimal_and_maximal_weight - optional; type string
           • one_rebar_unsymmetrical_at_side_weight - optional; type double
           • one_rebar_unsymmetrical_at_side_minimal_and_maximal_weight - optional; type string
           • one_rebar_unsymmetrical_top_side_weight - optional; type double
           • one_rebar_unsymmetrical_top_side_minimal_and_maximal_weight - optional; type string
           • one_rebar_unsymmetrical_bottom_side_weight - optional; type double
           • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_weight - optional; type string
           • one_rebar_corner_weight - optional; type double
           • one_rebar_corner_minimal_and_maximal_weight - optional; type string
           • weight - optional; type double
       • concrete_cover_user_defined_enabled - optional; type boolean
       • concrete_cover_different_at_section_sides_enabled - optional; type boolean
       • concrete_cover - optional; type double
       • concrete_cover_top - optional; type double
       • concrete_cover_bottom - optional; type double
       • concrete_cover_left - optional; type double
       • concrete_cover_right - optional; type double
       • concrete_cover_min - optional; type array_of_int
       • concrete_cover_min_top - optional; type array_of_int
       • concrete_cover_min_bottom - optional; type array_of_int
       • concrete_cover_min_left - optional; type array_of_int
       • concrete_cover_min_right - optional; type array_of_int
       • concrete_durability - optional; type int
       • concrete_durability_top - optional; type int
       • concrete_durability_bottom - optional; type int
       • concrete_durability_left - optional; type int
       • concrete_durability_right - optional; type int
       • steel_boundary_conditions - optional; type int
       • steel_member_local_section_reduction - optional; type int
       • steel_member_transverse_weld - optional; type int
       • steel_member_shear_panel - optional; type int
       • steel_member_rotational_restraint - optional; type int
       • timber_service_class - optional; type int
       • timber_moisture_class - optional; type int
       • timber_service_conditions - optional; type int
       • timber_member_local_section_reduction - optional; type int
       • timber_member_shear_panel - optional; type int
       • timber_member_rotational_restraint - optional; type int
       • aluminum_boundary_conditions - optional; type int
       • aluminum_member_local_section_reduction - optional; type int
       • aluminum_member_transverse_weld - optional; type int
       • aluminum_member_shear_panel - optional; type int
       • aluminum_member_rotational_restraint - optional; type int
       • stress_analysis_configuration - optional; type int
       • member_aluminum_design_uls_configuration - optional; type int
       • member_aluminum_design_sls_configuration - optional; type int
       • member_concrete_design_uls_configuration - optional; type int
       • member_concrete_design_sls_configuration - optional; type int
       • member_concrete_design_fr_configuration - optional; type int
       • member_steel_design_uls_configuration - optional; type int
       • member_steel_design_sls_configuration - optional; type int
       • member_steel_design_fr_configuration - optional; type int
       • member_timber_design_uls_configuration - optional; type int
       • member_timber_design_sls_configuration - optional; type int
       • member_timber_design_fr_configuration - optional; type int
       • end_modifications_member_start_extension - optional; type double
       • end_modifications_member_start_slope_y - optional; type double
       • end_modifications_member_start_slope_z - optional; type double
       • end_modifications_member_end_extension - optional; type double
       • end_modifications_member_end_slope_y - optional; type double
       • end_modifications_member_end_slope_z - optional; type double
       • has_any_end_modifications - optional; type boolean
       • deflection_check_direction - optional; type member_representative_deflection_check_direction - type undefined with restriction - enum { 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Y', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z_AND_Y', 'DEFLECTION_CHECK_DIRECTION_RESULTING_AXIS' }
       • deflection_check_beam_type - optional; type member_representative_deflection_check_beam_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_BEAM_TYPE_DOUBLE_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_END_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_START_SUPPORTED' }
       • deflection_check_displacement_reference - optional; type member_representative_deflection_check_displacement_reference - type undefined with restriction - enum { 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_SET_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_UNDEFORMED_SYSTEM' }
       • deflection_check_reference_length_y - optional; type double
       • deflection_check_reference_length_y_list - optional; type array_of_int
       • deflection_check_reference_length_y_is_variable - optional; type boolean
       • deflection_check_reference_length_y_definition_type - optional; type member_representative_deflection_check_reference_length_y_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
       • deflection_check_reference_length_z - optional; type double
       • deflection_check_reference_length_z_list - optional; type array_of_int
       • deflection_check_reference_length_z_is_variable - optional; type boolean
       • deflection_check_reference_length_z_definition_type - optional; type member_representative_deflection_check_reference_length_z_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
       • deflection_check_precamber_enabled - optional; type boolean
       • deflection_check_precamber_wcy - optional; type double
       • deflection_check_precamber_wcz - optional; type double
       • design_support_on_member_start - optional; type int
       • design_support_on_member_end - optional; type int
       • design_supports_on_internal_nodes - optional; type array_of_member_representative_design_supports_on_internal_nodes
         • member_representative_design_supports_on_internal_nodes - optional, unbounded; type member_representative_design_supports_on_internal_nodes
           • no - optional; type int
           • node - optional; type int
           • design_support - optional; type int
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_representative_response (soap:body, use = literal)Source code
     parameters type set_member_representativeResponse
149. set_member_result_intermediate_point
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_result_intermediate_point
     Input:
     set_member_result_intermediate_point_request (soap:body, use = literal)Source code
     parameters type set_member_result_intermediate_point

     • value type member_result_intermediate_point
       • no type int
       • comment - optional; type string
       • distances - optional; type array_of_member_result_intermediate_point_distances
         • member_result_intermediate_point_distances - optional, unbounded; type member_result_intermediate_point_distances
           • no - optional; type int
           • value - optional; type double
           • note - optional; type string
       • distances_are_defined_as_absolute - optional; type boolean
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • members - optional; type array_of_int
       • name - optional; type string
       • point_count - optional; type int
       • uniform_distribution - optional; type boolean
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_result_intermediate_point_response (soap:body, use = literal)Source code
     parameters type set_member_result_intermediate_pointResponse
150. set_member_set
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_set
     Input:
     set_member_set_request (soap:body, use = literal)Source code
     parameters type set_member_set

     • value type member_set
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • set_type - optional; type member_set_set_type - type undefined with restriction - enum { 'SET_TYPE_CONTINUOUS', 'SET_TYPE_GROUP' }
       • length - optional; type double
       • center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_of_gravity_x - optional; type double
       • center_of_gravity_y - optional; type double
       • center_of_gravity_z - optional; type double
       • position - optional; type string
       • position_short - optional; type string
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • volume - optional; type double
       • mass - optional; type double
       • discontinuous_torsional_warping - optional; type boolean
       • design_properties_activated - optional; type boolean
       • steel_effective_lengths - optional; type int
       • steel_boundary_conditions - optional; type int
       • steel_member_local_section_reductions - optional; type int
       • steel_member_shear_panels - optional; type int
       • steel_member_rotational_restraints - optional; type int
       • member_steel_design_uls_configuration - optional; type int
       • member_steel_design_sls_configuration - optional; type int
       • member_steel_design_fr_configuration - optional; type int
       • member_steel_design_seismic_configuration - optional; type int
       • aluminum_effective_lengths - optional; type int
       • aluminum_boundary_conditions - optional; type int
       • aluminum_member_local_section_reductions - optional; type int
       • aluminum_member_shear_panels - optional; type int
       • aluminum_member_rotational_restraints - optional; type int
       • member_aluminum_design_uls_configuration - optional; type int
       • member_aluminum_design_sls_configuration - optional; type int
       • concrete_shear_reinforcement_spans - optional; type array_of_member_set_concrete_shear_reinforcement_spans
         • member_set_concrete_shear_reinforcement_spans - optional, unbounded; type member_set_concrete_shear_reinforcement_spans
           • no - optional; type int
           • name - optional; type string
           • stirrup_type - optional; type stirrup_type - type undefined with restriction - enum { 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_FOUR_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_FOUR_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_THREE_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_THREE_LEGGED_OVERLAP_HOOK_180', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_135', 'STIRRUP_TYPE_TWO_LEGGED_CLOSED_HOOK_90', 'STIRRUP_TYPE_TWO_LEGGED_OPEN', 'STIRRUP_TYPE_TWO_LEGGED_OVERLAP_HOOK_180' }
           • material - optional; type int
           • stirrup_count - optional; type int
           • stirrup_diameter - optional; type double
           • stirrup_distances - optional; type double
           • reinforcement_area - optional; type double
           • span_position_reference_type - optional; type span_position_reference_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_INTERNAL_NODE', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_END', 'SHEAR_REINFORCEMENT_SPAN_REFERENCE_START' }
           • span_position_reference_internal_node - optional; type int
           • span_position_reference_x_location_relative - optional; type double
           • span_position_reference_x_location_absolute - optional; type double
           • span_position_definition_format_type - optional; type span_position_definition_format_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_ABSOLUTE', 'SHEAR_REINFORCEMENT_SPAN_DEFINITION_FORMAT_RELATIVE' }
           • span_start_relative - optional; type double
           • span_start_absolute - optional; type double
           • span_end_relative - optional; type double
           • span_end_absolute - optional; type double
           • span_length - optional; type double
           • stirrup_layout_rule_type - optional; type stirrup_layout_rule_type - type undefined with restriction - enum { 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_END_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_DEFINED', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_END', 'SHEAR_REINFORCEMENT_STIRRUP_LAYOUT_RULE_START_EQUALS_REST_LENGTH_TO_STIRRUP_DISTANCED' }
           • stirrup_start_offset - optional; type double
           • stirrup_end_offset - optional; type double
           • one_stirrup_length - optional; type double
           • minimal_and_maximal_stirrup_length - optional; type string
           • length - optional; type double
           • one_stirrup_weight - optional; type double
           • minimal_and_maximal_stirrup_weight - optional; type string
           • weight - optional; type double
       • concrete_longitudinal_reinforcement_items - optional; type array_of_member_set_concrete_longitudinal_reinforcement_items
         • member_set_concrete_longitudinal_reinforcement_items - optional, unbounded; type member_set_concrete_longitudinal_reinforcement_items
           • no - optional; type int
           • name - optional; type string
           • rebar_type - optional; type rebar_type - type undefined with restriction - enum { 'REBAR_TYPE_LINE', 'REBAR_TYPE_SINGLE', 'REBAR_TYPE_SYMMETRICAL', 'REBAR_TYPE_UNIFORMLY_SURROUNDING', 'REBAR_TYPE_UNSYMMETRICAL' }
           • material - optional; type int
           • reinforcement_placed_in_bending_corner_enabled - optional; type boolean
           • bar_count_symmetrical - optional; type int
           • bar_count_unsymmetrical_at_side - optional; type int
           • bar_count_unsymmetrical_top_side - optional; type int
           • bar_count_unsymmetrical_bottom_side - optional; type int
           • bar_count_uniformly_surrounding - optional; type int
           • bar_count_line - optional; type int
           • bar_count_corner - optional; type int
           • bar_diameter_symmetrical - optional; type double
           • bar_diameter_unsymmetrical_at_side - optional; type double
           • bar_diameter_unsymmetrical_top_side - optional; type double
           • bar_diameter_unsymmetrical_bottom_side - optional; type double
           • bar_diameter_uniformly_surrounding - optional; type double
           • bar_diameter_line - optional; type double
           • bar_diameter_single - optional; type double
           • bar_diameter_corner - optional; type double
           • corner_reinforcement_enabled - optional; type boolean
           • reinforcement_area_symmetrical - optional; type double
           • reinforcement_area_unsymmetrical_at_side - optional; type double
           • reinforcement_area_unsymmetrical_top_side - optional; type double
           • reinforcement_area_unsymmetrical_bottom_side - optional; type double
           • reinforcement_area_uniformly_surrounding - optional; type double
           • reinforcement_area_line - optional; type double
           • reinforcement_area_single - optional; type double
           • reinforcement_area_corner - optional; type double
           • reinforcement_area_total - optional; type double
           • span_position_reference_internal_node - optional; type int
           • span_position_reference_x_location_relative - optional; type double
           • span_position_reference_x_location_absolute - optional; type double
           • span_start_relative - optional; type double
           • span_start_absolute - optional; type double
           • span_end_relative - optional; type double
           • span_end_absolute - optional; type double
           • span_length - optional; type double
           • additional_offset_type - optional; type additional_offset_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_CONCRETE_COVER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_SECTION_SURFACE', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_FROM_STIRRUP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_TYPE_NONE' }
           • additional_offset_top_side - optional; type double
           • additional_offset_bottom_side - optional; type double
           • additional_offset_left_side - optional; type double
           • additional_offset_right_side - optional; type double
           • additional_offset_reference_type - optional; type additional_offset_reference_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
           • additional_offset_reference_type_at_start_type - optional; type additional_offset_reference_type_at_start_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
           • additional_offset_reference_type_at_end_type - optional; type additional_offset_reference_type_at_end_type - type undefined with restriction - enum { 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_CENTER_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_LEFT_TOP', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_BOTTOM', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_CENTER', 'LONGITUDINAL_REINFORCEMENT_ADDITIONAL_OFFSET_REFERENCE_TYPE_RIGHT_TOP' }
           • additional_horizontal_offset - optional; type double
           • additional_horizontal_offset_at_start - optional; type double
           • additional_horizontal_offset_at_end - optional; type double
           • additional_vertical_offset - optional; type double
           • additional_vertical_offset_at_start - optional; type double
           • additional_vertical_offset_at_end - optional; type double
           • anchorage_start_anchor_type - optional; type anchorage_start_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
           • anchorage_start_anchor_length - optional; type double
           • anchorage_start_bending_diameter - optional; type double
           • anchorage_end_anchor_type - optional; type anchorage_end_anchor_type - type undefined with restriction - enum { 'ANCHORAGE_TYPE_BEND', 'ANCHORAGE_TYPE_HOOK', 'ANCHORAGE_TYPE_HOOK_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_NONE', 'ANCHORAGE_TYPE_STRAIGHT', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TRANSVERSE_BAR', 'ANCHORAGE_TYPE_STRAIGHT_WITH_TWO_TRANSVERSE_BARS' }
           • anchorage_end_anchor_length - optional; type double
           • anchorage_end_bending_diameter - optional; type double
           • one_rebar_length - optional; type double
           • one_rebar_minimal_and_maximal_length - optional; type string
           • one_rebar_unsymmetrical_at_side_length - optional; type double
           • one_rebar_unsymmetrical_at_side_minimal_and_maximal_length - optional; type string
           • one_rebar_unsymmetrical_top_side_length - optional; type double
           • one_rebar_unsymmetrical_top_side_minimal_and_maximal_length - optional; type string
           • one_rebar_unsymmetrical_bottom_side_length - optional; type double
           • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_length - optional; type string
           • one_rebar_corner_length - optional; type double
           • one_rebar_corner_minimal_and_maximal_length - optional; type string
           • length - optional; type double
           • one_rebar_weight - optional; type double
           • one_rebar_minimal_and_maximal_weight - optional; type string
           • one_rebar_unsymmetrical_at_side_weight - optional; type double
           • one_rebar_unsymmetrical_at_side_minimal_and_maximal_weight - optional; type string
           • one_rebar_unsymmetrical_top_side_weight - optional; type double
           • one_rebar_unsymmetrical_top_side_minimal_and_maximal_weight - optional; type string
           • one_rebar_unsymmetrical_bottom_side_weight - optional; type double
           • one_rebar_unsymmetrical_bottom_side_minimal_and_maximal_weight - optional; type string
           • one_rebar_corner_weight - optional; type double
           • one_rebar_corner_minimal_and_maximal_weight - optional; type string
           • weight - optional; type double
       • concrete_cover_user_defined_enabled - optional; type boolean
       • concrete_cover_different_at_section_sides_enabled - optional; type boolean
       • concrete_cover - optional; type double
       • concrete_cover_top - optional; type double
       • concrete_cover_bottom - optional; type double
       • concrete_cover_left - optional; type double
       • concrete_cover_right - optional; type double
       • concrete_cover_min - optional; type array_of_int
       • concrete_cover_min_top - optional; type array_of_int
       • concrete_cover_min_bottom - optional; type array_of_int
       • concrete_cover_min_left - optional; type array_of_int
       • concrete_cover_min_right - optional; type array_of_int
       • concrete_durability - optional; type int
       • concrete_durability_top - optional; type int
       • concrete_durability_bottom - optional; type int
       • concrete_durability_left - optional; type int
       • concrete_durability_right - optional; type int
       • concrete_effective_lengths - optional; type int
       • timber_effective_lengths - optional; type int
       • service_class_timber_design - optional; type int
       • moisture_class_timber_design - optional; type int
       • service_conditions_timber_design - optional; type int
       • timber_member_shear_panels - optional; type int
       • timber_member_rotational_restraints - optional; type int
       • timber_local_section_reductions - optional; type int
       • member_timber_design_fr_configuration - optional; type int
       • member_timber_design_sls_configuration - optional; type int
       • member_timber_design_uls_configuration - optional; type int
       • member_transverse_stiffener - optional; type int
       • stress_analysis_configuration - optional; type int
       • deflection_check_direction - optional; type member_set_deflection_check_direction - type undefined with restriction - enum { 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Y', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z', 'DEFLECTION_CHECK_DIRECTION_LOCAL_AXIS_Z_AND_Y', 'DEFLECTION_CHECK_DIRECTION_RESULTING_AXIS' }
       • deflection_check_beam_type - optional; type member_set_deflection_check_beam_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_BEAM_TYPE_DOUBLE_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_END_SUPPORTED', 'DEFLECTION_CHECK_BEAM_TYPE_START_SUPPORTED' }
       • deflection_check_displacement_reference - optional; type member_set_deflection_check_displacement_reference - type undefined with restriction - enum { 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_MEMBER_SET_ENDS', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_UNDEFORMED_SYSTEM' }
       • deflection_check_reference_length_y - optional; type double
       • deflection_check_reference_length_y_list - optional; type array_of_int
       • deflection_check_reference_length_y_is_variable - optional; type boolean
       • deflection_check_reference_length_y_definition_type - optional; type member_set_deflection_check_reference_length_y_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
       • deflection_check_reference_length_z - optional; type double
       • deflection_check_reference_length_z_list - optional; type array_of_int
       • deflection_check_reference_length_z_is_variable - optional; type boolean
       • deflection_check_reference_length_z_definition_type - optional; type member_set_deflection_check_reference_length_z_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_DESIGN_SUPPORTS', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MEMBER_OR_MEMBER_SET_LENGTH', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
       • deflection_check_precamber_enabled - optional; type boolean
       • deflection_check_precamber_wcy - optional; type double
       • deflection_check_precamber_wcz - optional; type double
       • design_support_on_member_set_start - optional; type int
       • design_support_on_member_set_end - optional; type int
       • design_supports_on_internal_nodes - optional; type array_of_member_set_design_supports_on_internal_nodes
         • member_set_design_supports_on_internal_nodes - optional, unbounded; type member_set_design_supports_on_internal_nodes
           • no - optional; type int
           • node - optional; type int
           • design_support - optional; type int
       • members - optional; type array_of_int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_set_response (soap:body, use = literal)Source code
     parameters type set_member_setResponse
151. set_member_set_imperfection
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_set_imperfection
     Input:
     set_member_set_imperfection_request (soap:body, use = literal)Source code
     parameters type set_member_set_imperfection

     • imperfection_case_no type int
     • value type member_set_imperfection
       • no type int
       • imperfection_type - optional; type member_set_imperfection_imperfection_type - type undefined with restriction - enum { 'IMPERFECTION_TYPE_INITIAL_BOW', 'IMPERFECTION_TYPE_INITIAL_BOW_AND_CRITERION', 'IMPERFECTION_TYPE_INITIAL_SWAY' }
       • member_sets - optional; type array_of_int
       • imperfection_case - optional; type int
       • definition_type - optional; type member_set_imperfection_definition_type - type undefined with restriction - enum { 'DEFINITION_TYPE_ABSOLUTE', 'DEFINITION_TYPE_ANSI_CURRENT', 'DEFINITION_TYPE_ANSI_GRAVITY_LOAD', 'DEFINITION_TYPE_EN_1993_1_1', 'DEFINITION_TYPE_EN_1999_1_1', 'DEFINITION_TYPE_EUROCODE', 'DEFINITION_TYPE_NOTIONAL_LOAD', 'DEFINITION_TYPE_RELATIVE' }
       • coordinate_system - optional; type string
       • imperfection_direction - optional; type member_set_imperfection_imperfection_direction - type undefined with restriction - enum { 'IMPERFECTION_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'IMPERFECTION_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'IMPERFECTION_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'IMPERFECTION_DIRECTION_LOCAL_Y', 'IMPERFECTION_DIRECTION_LOCAL_Y_NEGATIVE', 'IMPERFECTION_DIRECTION_LOCAL_Z', 'IMPERFECTION_DIRECTION_LOCAL_Z_NEGATIVE', 'IMPERFECTION_DIRECTION_PRINCIPAL_U', 'IMPERFECTION_DIRECTION_PRINCIPAL_U_NEGATIVE', 'IMPERFECTION_DIRECTION_PRINCIPAL_V', 'IMPERFECTION_DIRECTION_PRINCIPAL_V_NEGATIVE' }
       • basic_value_absolute - optional; type double
       • basic_value_relative - optional; type double
       • basic_value_coefficient - optional; type double
       • basic_value_force - optional; type double
       • section_design - optional; type member_set_imperfection_section_design - type undefined with restriction - enum { 'SECTION_DESIGN_ELASTIC', 'SECTION_DESIGN_PLASTIC' }
       • active_criterion - optional; type member_set_imperfection_active_criterion - type undefined with restriction - enum { 'ACTIVITY_CRITERION_ALWAYS', 'ACTIVITY_CRITERION_DEFINE', 'ACTIVITY_CRITERION_DIN_18800', 'ACTIVITY_CRITERION_EN_1993', 'ACTIVITY_CRITERION_EN_1999' }
       • active_bow - optional; type double
       • column_in_row - optional; type int
       • standard_factor_enumeration - optional; type member_set_imperfection_standard_factor_enumeration - type undefined with restriction - enum { 'STANDARD_FACTOR_ASD', 'STANDARD_FACTOR_LRFD' }
       • standard_factor_number - optional; type double
       • height - optional; type double
       • case_object - optional; type int
       • reduction_factor_h - optional; type double
       • reduction_factor_m - optional; type double
       • initial_sway - optional; type double
       • initial_sway_inverted - optional; type double
       • parameters - optional; type array_of_int
       • refer_distance_from_objects_to_assign - optional; type boolean
       • imperfection_over_total_length_of_objects_to_assign - optional; type boolean
       • distance_a_is_defined_as_relative - optional; type boolean
       • distance_b_is_defined_as_relative - optional; type boolean
       • distance_a_relative - optional; type double
       • distance_b_relative - optional; type double
       • distance_a_absolute - optional; type double
       • distance_b_absolute - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_set_imperfection_response (soap:body, use = literal)Source code
     parameters type set_member_set_imperfectionResponse
152. set_member_set_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_set_load
     Input:
     set_member_set_load_request (soap:body, use = literal)Source code
     parameters type set_member_set_load

     • load_case_no type int
     • value type member_set_load
       • no type int
       • advanced_mass_options - optional; type boolean
       • angular_acceleration - optional; type double
       • angular_velocity - optional; type double
       • axis_definition_axis - optional; type member_set_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • axis_definition_axis_orientation - optional; type member_set_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
       • axis_definition_p1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p1_x - optional; type double
       • axis_definition_p1_y - optional; type double
       • axis_definition_p1_z - optional; type double
       • axis_definition_p2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p2_x - optional; type double
       • axis_definition_p2_y - optional; type double
       • axis_definition_p2_z - optional; type double
       • axis_definition_type - optional; type member_set_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
       • comment - optional; type string
       • coordinate_system - optional; type string
       • count_n - optional; type int
       • distance_a_absolute - optional; type double
       • distance_a_is_defined_as_relative - optional; type boolean
       • distance_a_relative - optional; type double
       • distance_b_absolute - optional; type double
       • distance_b_is_defined_as_relative - optional; type boolean
       • distance_b_relative - optional; type double
       • distance_c_absolute - optional; type double
       • distance_c_is_defined_as_relative - optional; type boolean
       • distance_c_relative - optional; type double
       • distance_from_member_set_end - optional; type boolean
       • eccentricity_horizontal_alignment - optional; type member_set_load_eccentricity_horizontal_alignment - type undefined with restriction - enum { 'ALIGN_LEFT', 'ALIGN_MIDDLE', 'ALIGN_NONE', 'ALIGN_RIGHT' }
       • eccentricity_vertical_alignment - optional; type member_set_load_eccentricity_vertical_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_NONE', 'ALIGN_TOP' }
       • eccentricity_section_middle - optional; type member_set_load_eccentricity_section_middle - type undefined with restriction - enum { 'LOAD_ECCENTRICITY_SECTION_MIDDLE_CENTER_OF_GRAVITY', 'LOAD_ECCENTRICITY_SECTION_MIDDLE_NONE', 'LOAD_ECCENTRICITY_SECTION_MIDDLE_SHEAR_CENTER' }
       • is_eccentricity_at_end_different_from_start - optional; type boolean
       • eccentricity_y_at_end - optional; type double
       • eccentricity_y_at_start - optional; type double
       • eccentricity_z_at_end - optional; type double
       • eccentricity_z_at_start - optional; type double
       • filling_height - optional; type double
       • form_finding_definition_type - optional; type member_set_load_form_finding_definition_type - type undefined with restriction - enum { 'FORM_FINDING_TYPE_FORCE', 'FORM_FINDING_TYPE_GEOMETRIC' }
       • form_finding_force_definition - optional; type member_set_load_form_finding_force_definition - type undefined with restriction - enum { 'FORM_FINDING_FORCE_INPUT_PARAMETER_AVERAGE', 'FORM_FINDING_FORCE_INPUT_PARAMETER_DENSITY', 'FORM_FINDING_FORCE_INPUT_PARAMETER_HORIZONTAL_TENSION_COMPONENT', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MAXIMUM_FORCE_IN_MEMBER', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMAL_TENSION_AT_I_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMAL_TENSION_AT_J_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_MINIMUM_FORCE_IN_MEMBER', 'FORM_FINDING_FORCE_INPUT_PARAMETER_TENSION_AT_I_END', 'FORM_FINDING_FORCE_INPUT_PARAMETER_TENSION_AT_J_END' }
       • form_finding_geometry_definition - optional; type member_set_load_form_finding_geometry_definition - type undefined with restriction - enum { 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_LENGTH', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_LOW_POINT_VERTICAL_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_MAXIMUM_VERTICAL_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_SAG', 'FORM_FINDING_GEOMETRIC_INPUT_PARAMETER_UNSTRESSED_LENGTH' }
       • form_finding_internal_force - optional; type member_set_load_form_finding_internal_force - type undefined with restriction - enum { 'FORM_FINDING_INTERNAL_FORCE_COMPRESSION', 'FORM_FINDING_INTERNAL_FORCE_TENSION' }
       • form_finding_magnitude_absolute - optional; type double
       • form_finding_magnitude_is_defined_as_relative - optional; type boolean
       • form_finding_magnitude_relative - optional; type double
       • generating_object_info - optional; type string
       • has_force_eccentricity - optional; type boolean
       • is_generated - optional; type boolean
       • load_case - optional; type int
       • load_direction - optional; type member_set_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z', 'LOAD_DIRECTION_PRINCIPAL_U', 'LOAD_DIRECTION_PRINCIPAL_V' }
       • load_direction_orientation - optional; type member_set_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
       • load_distribution - optional; type member_set_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_CONCENTRATED_1', 'LOAD_DISTRIBUTION_CONCENTRATED_2', 'LOAD_DISTRIBUTION_CONCENTRATED_2x2', 'LOAD_DISTRIBUTION_CONCENTRATED_N', 'LOAD_DISTRIBUTION_CONCENTRATED_VARYING', 'LOAD_DISTRIBUTION_PARABOLIC', 'LOAD_DISTRIBUTION_TAPERED', 'LOAD_DISTRIBUTION_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_UNIFORM_TOTAL', 'LOAD_DISTRIBUTION_VARYING', 'LOAD_DISTRIBUTION_VARYING_IN_Z' }
       • load_is_over_total_length - optional; type boolean
       • load_type - optional; type member_set_load_load_type - type undefined with restriction - enum { 'E_TYPE_MASS', 'LOAD_TYPE_AXIAL_DISPLACEMENT', 'LOAD_TYPE_AXIAL_STRAIN', 'LOAD_TYPE_DISPLACEMENT', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_FORM_FINDING', 'LOAD_TYPE_INITIAL_PRESTRESS', 'LOAD_TYPE_MOMENT', 'LOAD_TYPE_PIPE_CONTENT_FULL', 'LOAD_TYPE_PIPE_CONTENT_PARTIAL', 'LOAD_TYPE_PIPE_INTERNAL_PRESSURE', 'LOAD_TYPE_PRECAMBER', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_ROTATION', 'LOAD_TYPE_TEMPERATURE', 'LOAD_TYPE_TEMPERATURE_CHANGE' }
       • magnitude - optional; type double
       • magnitude_1 - optional; type double
       • magnitude_2 - optional; type double
       • magnitude_3 - optional; type double
       • magnitude_delta_t - optional; type double
       • magnitude_delta_t_1 - optional; type double
       • magnitude_delta_t_2 - optional; type double
       • magnitude_delta_t_3 - optional; type double
       • magnitude_t_b - optional; type double
       • magnitude_t_b_1 - optional; type double
       • magnitude_t_b_2 - optional; type double
       • magnitude_t_b_3 - optional; type double
       • magnitude_t_c - optional; type double
       • magnitude_t_c_1 - optional; type double
       • magnitude_t_c_2 - optional; type double
       • magnitude_t_c_3 - optional; type double
       • magnitude_t_t - optional; type double
       • magnitude_t_t_1 - optional; type double
       • magnitude_t_t_2 - optional; type double
       • magnitude_t_t_3 - optional; type double
       • mass_global - optional; type double
       • mass_x - optional; type double
       • mass_y - optional; type double
       • mass_z - optional; type double
       • member_sets - optional; type array_of_int
       • varying_load_parameters - optional; type array_of_member_set_load_varying_load_parameters
         • member_set_load_varying_load_parameters - optional, unbounded; type member_set_load_varying_load_parameters
           • no - optional; type int
           • distance - optional; type double
           • delta_distance - optional; type double
           • magnitude - optional; type double
           • note - optional; type string
           • magnitude_t_c - optional; type double
           • magnitude_delta_t - optional; type double
           • magnitude_t_t - optional; type double
           • magnitude_t_b - optional; type double
       • varying_load_parameters_are_defined_as_relative - optional; type boolean
       • varying_load_parameters_sorted - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_set_load_response (soap:body, use = literal)Source code
     parameters type set_member_set_loadResponse
153. set_member_stiffness_modification
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_stiffness_modification
     Input:
     set_member_stiffness_modification_request (soap:body, use = literal)Source code
     parameters type set_member_stiffness_modification

     • value type member_stiffness_modification
       • no type int
       • type - optional; type member_stiffness_modification_type - type undefined with restriction - enum { 'TYPE_CONCRETE_STRUCTURES', 'TYPE_PARTIAL_STIFFNESSES_FACTORS', 'TYPE_STEEL_STRUCTURES', 'TYPE_TOTAL_STIFFNESSES_FACTORS' }
       • assigned_to_structure_modification - optional; type array_of_int
       • comment - optional; type string
       • concrete_structure_component_type - optional; type member_stiffness_modification_concrete_structure_component_type - type undefined with restriction - enum { 'COMPONENT_TYPE_BEAMS', 'COMPONENT_TYPE_COLUMNS', 'COMPONENT_TYPE_FLAT_PLATES_AND_FLAT_SLABS', 'COMPONENT_TYPE_WALLS_CRACKED', 'COMPONENT_TYPE_WALLS_UNCRACKED' }
       • factor_of_axial_stiffness - optional; type double
       • factor_of_bending_y_stiffness - optional; type double
       • factor_of_bending_z_stiffness - optional; type double
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • name - optional; type string
       • partial_stiffness_factor_of_mass - optional; type double
       • partial_stiffness_factor_of_shear_y_stiffness - optional; type double
       • partial_stiffness_factor_of_shear_z_stiffness - optional; type double
       • partial_stiffness_factor_of_torsion_stiffness - optional; type double
       • partial_stiffness_factor_of_weight - optional; type double
       • steel_structure_design_method - optional; type member_stiffness_modification_steel_structure_design_method - type undefined with restriction - enum { 'ASD', 'LRFD' }
       • steel_structure_determine_tau_b - optional; type member_stiffness_modification_steel_structure_determine_tau_b - type undefined with restriction - enum { 'ITERATIVE', 'SET_TO_1' }
       • total_stiffness_factor_of_total_stiffness - optional; type double
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_stiffness_modification_response (soap:body, use = literal)Source code
     parameters type set_member_stiffness_modificationResponse
154. set_member_support
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_support
     Input:
     set_member_support_request (soap:body, use = literal)Source code
     parameters type set_member_support

     • value type member_support
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • members - optional; type array_of_int
       • spring_translation - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • spring_rotation - optional; type double
       • spring_translation_x - optional; type double
       • spring_translation_y - optional; type double
       • spring_translation_z - optional; type double
       • spring_shear - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • spring_shear_x - optional; type double
       • spring_shear_y - optional; type double
       • spring_shear_z - optional; type double
       • nonlinearity - optional; type member_support_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_FAILURE_IF_NEGATIVE_CONTACT_STRESS_Z', 'NONLINEARITY_FAILURE_IF_POSITIVE_CONTACT_STRESS_Z', 'NONLINEARITY_NONE' }
       • support_dimensions_enabled - optional; type boolean
       • support_width_y - optional; type double
       • support_width_z - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_support_response (soap:body, use = literal)Source code
     parameters type set_member_supportResponse
155. set_member_transverse_stiffener
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_member_transverse_stiffener
     Input:
     set_member_transverse_stiffener_request (soap:body, use = literal)Source code
     parameters type set_member_transverse_stiffener

     • value type member_transverse_stiffener
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • members - optional; type array_of_int
       • member_sets - optional; type array_of_int
       • components - optional; type array_of_member_transverse_stiffener_components
         • member_transverse_stiffener_components - optional, unbounded; type member_transverse_stiffener_components
           • no - optional; type int
           • stiffener_type - optional; type stiffener_type - type undefined with restriction - enum { 'STIFFENER_COMPONENT_TYPE_ANGLE', 'STIFFENER_COMPONENT_TYPE_CANTILEVERED_PORTION_END', 'STIFFENER_COMPONENT_TYPE_CANTILEVERED_PORTION_START', 'STIFFENER_COMPONENT_TYPE_CHANNEL_SECTION', 'STIFFENER_COMPONENT_TYPE_CONNECTING_COLUMN_END', 'STIFFENER_COMPONENT_TYPE_CONNECTING_COLUMN_START', 'STIFFENER_COMPONENT_TYPE_END_PLATE_END', 'STIFFENER_COMPONENT_TYPE_END_PLATE_START', 'STIFFENER_COMPONENT_TYPE_FLAT' }
           • position - optional; type double
           • position_type - optional; type position_type - type undefined with restriction - enum { 'STIFFENER_COMPONENT_POSITION_DOUBLE_SIDED', 'STIFFENER_COMPONENT_POSITION_SINGLE_SIDED_LEFT', 'STIFFENER_COMPONENT_POSITION_SINGLE_SIDED_RIGHT' }
           • multiple - optional; type boolean
           • note - optional; type string
           • material - optional; type int
           • multiple_number - optional; type int
           • multiple_offset - optional; type double
           • thickness - optional; type double
           • width - optional; type double
           • welds_size - optional; type double
           • height - optional; type double
           • width_b_u - optional; type double
           • height_h_u - optional; type double
           • thickness_t_u - optional; type double
           • thickness_s_u - optional; type double
           • width_b - optional; type double
           • thickness_t - optional; type double
           • column_cross_section - optional; type int
           • beam_cross_section - optional; type int
           • height_h_m - optional; type double
           • cross_section - optional; type int
           • cantilever_l_k - optional; type double
       • for_design_addons - optional; type boolean
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_member_transverse_stiffener_response (soap:body, use = literal)Source code
     parameters type set_member_transverse_stiffenerResponse
156. set_nodal_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_nodal_load
     Input:
     set_nodal_load_request (soap:body, use = literal)Source code
     parameters type set_nodal_load

     • load_case_no type int
     • value type nodal_load
       • no type int
       • load_type - optional; type nodal_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_COMPONENTS', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_MASS', 'LOAD_TYPE_MOMENT' }
       • nodes - optional; type array_of_int
       • has_force_eccentricity - optional; type boolean
       • force_eccentricity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • force_eccentricity_x - optional; type double
       • force_eccentricity_y - optional; type double
       • force_eccentricity_z - optional; type double
       • coordinate_system - optional; type int
       • has_specific_direction - optional; type boolean
       • specific_direction_type - optional; type nodal_load_specific_direction_type - type undefined with restriction - enum { 'DIRECTION_TYPE_DIRECTED_TO_NODE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_LINE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_MEMBER', 'DIRECTION_TYPE_PARALLEL_TO_TWO_NODES', 'DIRECTION_TYPE_ROTATED_VIA_3_ANGLES' }
       • axes_sequence - optional; type nodal_load_axes_sequence - type undefined with restriction - enum { 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
       • comment - optional; type string
       • components_force - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • components_force_x - optional; type double
       • components_force_y - optional; type double
       • components_force_z - optional; type double
       • components_moment - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • components_moment_x - optional; type double
       • components_moment_y - optional; type double
       • components_moment_z - optional; type double
       • directed_to_node_direction_node - optional; type int
       • force_direction - optional; type nodal_load_force_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
       • force_magnitude - optional; type double
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • load_case - optional; type int
       • mass - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • mass_advanced_options - optional; type boolean
       • mass_angle - optional; type double
       • mass_angular_acceleration - optional; type double
       • mass_angular_velocity - optional; type double
       • mass_axis_of_rotation - optional; type nodal_load_mass_axis_of_rotation - type undefined with restriction - enum { 'AXIS_OF_ROTATION_X_NEGATIVE', 'AXIS_OF_ROTATION_X_POSITIVE', 'AXIS_OF_ROTATION_Y_NEGATIVE', 'AXIS_OF_ROTATION_Y_POSITIVE', 'AXIS_OF_ROTATION_Z_NEGATIVE', 'AXIS_OF_ROTATION_Z_POSITIVE' }
       • mass_global - optional; type double
       • mass_has_rotational_mass - optional; type boolean
       • mass_moment_of_inertia - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • mass_moment_of_inertia_x - optional; type double
       • mass_moment_of_inertia_y - optional; type double
       • mass_moment_of_inertia_z - optional; type double
       • mass_radius - optional; type double
       • mass_rotational_mass - optional; type double
       • mass_x - optional; type double
       • mass_y - optional; type double
       • mass_z - optional; type double
       • moment_direction - optional; type nodal_load_moment_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
       • moment_magnitude - optional; type double
       • parallel_to_line - optional; type int
       • parallel_to_member - optional; type int
       • parallel_to_two_nodes_first_node - optional; type int
       • parallel_to_two_nodes_second_node - optional; type int
       • rotated_about_angle_1 - optional; type double
       • rotated_about_angle_2 - optional; type double
       • rotated_about_angle_3 - optional; type double
       • rotated_about_angle_x - optional; type double
       • rotated_about_angle_y - optional; type double
       • rotated_about_angle_z - optional; type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_nodal_load_response (soap:body, use = literal)Source code
     parameters type set_nodal_loadResponse
157. set_nodal_mesh_refinement
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_nodal_mesh_refinement
     Input:
     set_nodal_mesh_refinement_request (soap:body, use = literal)Source code
     parameters type set_nodal_mesh_refinement

     • value type nodal_mesh_refinement
       • no type int
       • type - optional; type nodal_mesh_refinement_type - type undefined with restriction - enum { 'TYPE_CIRCULAR', 'TYPE_RECTANGULAR' }
       • circular_length_arrangement - optional; type nodal_mesh_refinement_circular_length_arrangement - type undefined with restriction - enum { 'LENGTH_ARRANGEMENT_COMBINED', 'LENGTH_ARRANGEMENT_GRADUALLY', 'LENGTH_ARRANGEMENT_RADIAL' }
       • circular_radius - optional; type double
       • circular_target_inner_length - optional; type double
       • circular_target_outer_length - optional; type double
       • comment - optional; type string
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • name - optional; type string
       • nodes - optional; type array_of_int
       • rectangular_side - optional; type double
       • rectangular_target_inner_length - optional; type double
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_nodal_mesh_refinement_response (soap:body, use = literal)Source code
     parameters type set_nodal_mesh_refinementResponse
158. set_nodal_support
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_nodal_support
     Input:
     set_nodal_support_request (soap:body, use = literal)Source code
     parameters type set_nodal_support

     • value type nodal_support
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • nodes - optional; type array_of_int
       • spring - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • spring_x - optional; type double
       • spring_y - optional; type double
       • spring_z - optional; type double
       • rotational_restraint - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • rotational_restraint_x - optional; type double
       • rotational_restraint_y - optional; type double
       • rotational_restraint_z - optional; type double
       • spring_x_nonlinearity - optional; type nodal_support_spring_x_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • spring_y_nonlinearity - optional; type nodal_support_spring_y_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • spring_z_nonlinearity - optional; type nodal_support_spring_z_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • rotational_restraint_x_nonlinearity - optional; type nodal_support_rotational_restraint_x_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • rotational_restraint_y_nonlinearity - optional; type nodal_support_rotational_restraint_y_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • rotational_restraint_z_nonlinearity - optional; type nodal_support_rotational_restraint_z_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_TYPE_DIAGRAM', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_ALL_IF_POSITIVE', 'NONLINEARITY_TYPE_FAILURE_IF_NEGATIVE', 'NONLINEARITY_TYPE_FAILURE_IF_POSITIVE', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_1_PLUS_2', 'NONLINEARITY_TYPE_FRICTION_DIRECTION_2', 'NONLINEARITY_TYPE_NONE', 'NONLINEARITY_TYPE_PARTIAL_ACTIVITY', 'NONLINEARITY_TYPE_STIFFNESS_DIAGRAM' }
       • axes_sequence - optional; type nodal_support_axes_sequence - type undefined with restriction - enum { 'SEQUENCE_XYZ', 'SEQUENCE_XZY', 'SEQUENCE_YXZ', 'SEQUENCE_YZX', 'SEQUENCE_ZXY', 'SEQUENCE_ZYX' }
       • column_base_semi_rigid - optional; type double
       • column_base_support_type - optional; type nodal_support_column_base_support_type - type undefined with restriction - enum { 'BASE_SUPPORT_TYPE_HINGED', 'BASE_SUPPORT_TYPE_RIGID', 'BASE_SUPPORT_TYPE_SEMI_RIGID' }
       • column_head_support_type - optional; type nodal_support_column_head_support_type - type undefined with restriction - enum { 'HEAD_SUPPORT_TYPE_HINGED', 'HEAD_TYPE_SUPPORT_SEMI_RIGID' }
       • column_head_type - optional; type nodal_support_column_head_type - type undefined with restriction - enum { 'HEAD_TYPE_CIRCULAR', 'HEAD_TYPE_RECTANGULAR' }
       • column_height - optional; type double
       • column_material - optional; type int
       • column_rotation - optional; type double
       • column_rotational_restraint_x - optional; type double
       • column_rotational_restraint_y - optional; type double
       • column_section - optional; type int
       • column_section_same_as_head - optional; type boolean
       • column_shear_stiffness - optional; type boolean
       • column_spring_x - optional; type double
       • column_spring_y - optional; type double
       • column_spring_z - optional; type double
       • column_support_type - optional; type nodal_support_column_support_type - type undefined with restriction - enum { 'SUPPORT_TYPE_ELASTIC_NODAL_SUPPORT', 'SUPPORT_TYPE_ELASTIC_SURFACE_FOUNDATIONS', 'SUPPORT_TYPE_WITH_ADAPTED_FE_MESH' }
       • column_width_x - optional; type double
       • column_width_y - optional; type double
       • comment - optional; type string
       • coordinate_system - optional; type int
       • diagram_along_x_end - optional; type nodal_support_diagram_along_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_x_is_sorted - optional; type boolean
       • diagram_along_x_start - optional; type nodal_support_diagram_along_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_x_symmetric - optional; type boolean
       • diagram_along_x_table - optional; type array_of_nodal_support_diagram_along_x_table
         • nodal_support_diagram_along_x_table - optional, unbounded; type nodal_support_diagram_along_x_table
           • no - optional; type int
           • displacement - optional; type double
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_along_y_end - optional; type nodal_support_diagram_along_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_y_is_sorted - optional; type boolean
       • diagram_along_y_start - optional; type nodal_support_diagram_along_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_y_symmetric - optional; type boolean
       • diagram_along_y_table - optional; type array_of_nodal_support_diagram_along_y_table
         • nodal_support_diagram_along_y_table - optional, unbounded; type nodal_support_diagram_along_y_table
           • no - optional; type int
           • displacement - optional; type double
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_along_z_end - optional; type nodal_support_diagram_along_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_z_is_sorted - optional; type boolean
       • diagram_along_z_start - optional; type nodal_support_diagram_along_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_along_z_symmetric - optional; type boolean
       • diagram_along_z_table - optional; type array_of_nodal_support_diagram_along_z_table
         • nodal_support_diagram_along_z_table - optional, unbounded; type nodal_support_diagram_along_z_table
           • no - optional; type int
           • displacement - optional; type double
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_around_x_end - optional; type nodal_support_diagram_around_x_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_x_is_sorted - optional; type boolean
       • diagram_around_x_start - optional; type nodal_support_diagram_around_x_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_x_symmetric - optional; type boolean
       • diagram_around_x_table - optional; type array_of_nodal_support_diagram_around_x_table
         • nodal_support_diagram_around_x_table - optional, unbounded; type nodal_support_diagram_around_x_table
           • no - optional; type int
           • rotation - optional; type double
           • moment - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_around_y_end - optional; type nodal_support_diagram_around_y_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_y_is_sorted - optional; type boolean
       • diagram_around_y_start - optional; type nodal_support_diagram_around_y_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_y_symmetric - optional; type boolean
       • diagram_around_y_table - optional; type array_of_nodal_support_diagram_around_y_table
         • nodal_support_diagram_around_y_table - optional, unbounded; type nodal_support_diagram_around_y_table
           • no - optional; type int
           • rotation - optional; type double
           • moment - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • diagram_around_z_end - optional; type nodal_support_diagram_around_z_end - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_z_is_sorted - optional; type boolean
       • diagram_around_z_start - optional; type nodal_support_diagram_around_z_start - type undefined with restriction - enum { 'DIAGRAM_ENDING_TYPE_CONTINUOUS', 'DIAGRAM_ENDING_TYPE_STOP', 'DIAGRAM_ENDING_TYPE_TEARING', 'DIAGRAM_ENDING_TYPE_YIELDING' }
       • diagram_around_z_symmetric - optional; type boolean
       • diagram_around_z_table - optional; type array_of_nodal_support_diagram_around_z_table
         • nodal_support_diagram_around_z_table - optional, unbounded; type nodal_support_diagram_around_z_table
           • no - optional; type int
           • rotation - optional; type double
           • moment - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • directed_to_node_direction_node - optional; type int
       • directed_to_node_first_axis - optional; type nodal_support_directed_to_node_first_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • directed_to_node_plane_node - optional; type int
       • directed_to_node_second_axis - optional; type nodal_support_directed_to_node_second_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • fictitious_column_enabled - optional; type boolean
       • friction_coefficient_x - optional; type double
       • friction_coefficient_xy - optional; type double
       • friction_coefficient_xz - optional; type double
       • friction_coefficient_y - optional; type double
       • friction_coefficient_yx - optional; type double
       • friction_coefficient_yz - optional; type double
       • friction_coefficient_z - optional; type double
       • friction_coefficient_zx - optional; type double
       • friction_coefficient_zy - optional; type double
       • parallel_to_line - optional; type int
       • parallel_to_member - optional; type int
       • parallel_to_two_nodes_first_axis - optional; type nodal_support_parallel_to_two_nodes_first_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • parallel_to_two_nodes_first_node - optional; type int
       • parallel_to_two_nodes_plane_node - optional; type int
       • parallel_to_two_nodes_second_axis - optional; type nodal_support_parallel_to_two_nodes_second_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • parallel_to_two_nodes_second_node - optional; type int
       • partial_activity_along_x_negative_displacement - optional; type double
       • partial_activity_along_x_negative_force - optional; type double
       • partial_activity_along_x_negative_slippage - optional; type double
       • partial_activity_along_x_negative_type - optional; type nodal_support_partial_activity_along_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_x_positive_displacement - optional; type double
       • partial_activity_along_x_positive_force - optional; type double
       • partial_activity_along_x_positive_slippage - optional; type double
       • partial_activity_along_x_positive_type - optional; type nodal_support_partial_activity_along_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_y_negative_displacement - optional; type double
       • partial_activity_along_y_negative_force - optional; type double
       • partial_activity_along_y_negative_slippage - optional; type double
       • partial_activity_along_y_negative_type - optional; type nodal_support_partial_activity_along_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_y_positive_displacement - optional; type double
       • partial_activity_along_y_positive_force - optional; type double
       • partial_activity_along_y_positive_slippage - optional; type double
       • partial_activity_along_y_positive_type - optional; type nodal_support_partial_activity_along_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_z_negative_displacement - optional; type double
       • partial_activity_along_z_negative_force - optional; type double
       • partial_activity_along_z_negative_slippage - optional; type double
       • partial_activity_along_z_negative_type - optional; type nodal_support_partial_activity_along_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_along_z_positive_displacement - optional; type double
       • partial_activity_along_z_positive_force - optional; type double
       • partial_activity_along_z_positive_slippage - optional; type double
       • partial_activity_along_z_positive_type - optional; type nodal_support_partial_activity_along_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_x_negative_moment - optional; type double
       • partial_activity_around_x_negative_rotation - optional; type double
       • partial_activity_around_x_negative_slippage - optional; type double
       • partial_activity_around_x_negative_type - optional; type nodal_support_partial_activity_around_x_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_x_positive_moment - optional; type double
       • partial_activity_around_x_positive_rotation - optional; type double
       • partial_activity_around_x_positive_slippage - optional; type double
       • partial_activity_around_x_positive_type - optional; type nodal_support_partial_activity_around_x_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_y_negative_moment - optional; type double
       • partial_activity_around_y_negative_rotation - optional; type double
       • partial_activity_around_y_negative_slippage - optional; type double
       • partial_activity_around_y_negative_type - optional; type nodal_support_partial_activity_around_y_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_y_positive_moment - optional; type double
       • partial_activity_around_y_positive_rotation - optional; type double
       • partial_activity_around_y_positive_slippage - optional; type double
       • partial_activity_around_y_positive_type - optional; type nodal_support_partial_activity_around_y_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_z_negative_moment - optional; type double
       • partial_activity_around_z_negative_rotation - optional; type double
       • partial_activity_around_z_negative_slippage - optional; type double
       • partial_activity_around_z_negative_type - optional; type nodal_support_partial_activity_around_z_negative_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • partial_activity_around_z_positive_moment - optional; type double
       • partial_activity_around_z_positive_rotation - optional; type double
       • partial_activity_around_z_positive_slippage - optional; type double
       • partial_activity_around_z_positive_type - optional; type nodal_support_partial_activity_around_z_positive_type - type undefined with restriction - enum { 'PARTIAL_ACTIVITY_TYPE_COMPLETE', 'PARTIAL_ACTIVITY_TYPE_FAILURE', 'PARTIAL_ACTIVITY_TYPE_FIXED', 'PARTIAL_ACTIVITY_TYPE_TEARING', 'PARTIAL_ACTIVITY_TYPE_YIELDING' }
       • rotated_about_angle_1 - optional; type double
       • rotated_about_angle_2 - optional; type double
       • rotated_about_angle_3 - optional; type double
       • rotated_about_angle_x - optional; type double
       • rotated_about_angle_y - optional; type double
       • rotated_about_angle_z - optional; type double
       • specific_direction_enabled - optional; type boolean
       • specific_direction_type - optional; type nodal_support_specific_direction_type - type undefined with restriction - enum { 'DIRECTION_TYPE_DIRECTED_TO_NODE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_LINE', 'DIRECTION_TYPE_PARALLEL_TO_CS_OF_MEMBER', 'DIRECTION_TYPE_PARALLEL_TO_TWO_NODES', 'DIRECTION_TYPE_ROTATED_VIA_3_ANGLES' }
       • stiffness_diagram_around_x_depends_on - optional; type nodal_support_stiffness_diagram_around_x_depends_on - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_DEPENDS_ON_P', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PX', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PY', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PZ' }
       • stiffness_diagram_around_x_end - optional; type nodal_support_stiffness_diagram_around_x_end - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
       • stiffness_diagram_around_x_is_sorted - optional; type boolean
       • stiffness_diagram_around_x_start - optional; type nodal_support_stiffness_diagram_around_x_start - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
       • stiffness_diagram_around_x_symmetric - optional; type boolean
       • stiffness_diagram_around_x_table - optional; type array_of_nodal_support_stiffness_diagram_around_x_table
         • nodal_support_stiffness_diagram_around_x_table - optional, unbounded; type nodal_support_stiffness_diagram_around_x_table
           • no - optional; type int
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • stiffness_diagram_around_y_depends_on - optional; type nodal_support_stiffness_diagram_around_y_depends_on - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_DEPENDS_ON_P', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PX', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PY', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PZ' }
       • stiffness_diagram_around_y_end - optional; type nodal_support_stiffness_diagram_around_y_end - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
       • stiffness_diagram_around_y_is_sorted - optional; type boolean
       • stiffness_diagram_around_y_start - optional; type nodal_support_stiffness_diagram_around_y_start - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
       • stiffness_diagram_around_y_symmetric - optional; type boolean
       • stiffness_diagram_around_y_table - optional; type array_of_nodal_support_stiffness_diagram_around_y_table
         • nodal_support_stiffness_diagram_around_y_table - optional, unbounded; type nodal_support_stiffness_diagram_around_y_table
           • no - optional; type int
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • stiffness_diagram_around_z_depends_on - optional; type nodal_support_stiffness_diagram_around_z_depends_on - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_DEPENDS_ON_P', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PX', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PY', 'STIFFNESS_DIAGRAM_DEPENDS_ON_PZ' }
       • stiffness_diagram_around_z_end - optional; type nodal_support_stiffness_diagram_around_z_end - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
       • stiffness_diagram_around_z_is_sorted - optional; type boolean
       • stiffness_diagram_around_z_start - optional; type nodal_support_stiffness_diagram_around_z_start - type undefined with restriction - enum { 'STIFFNESS_DIAGRAM_ENDING_TYPE_CONTINUOUS', 'STIFFNESS_DIAGRAM_ENDING_TYPE_TEARING', 'STIFFNESS_DIAGRAM_ENDING_TYPE_YIELDING' }
       • stiffness_diagram_around_z_symmetric - optional; type boolean
       • stiffness_diagram_around_z_table - optional; type array_of_nodal_support_stiffness_diagram_around_z_table
         • nodal_support_stiffness_diagram_around_z_table - optional, unbounded; type nodal_support_stiffness_diagram_around_z_table
           • no - optional; type int
           • force - optional; type double
           • spring - optional; type double
           • note - optional; type string
       • support_dimension_diameter_x - optional; type double
       • support_dimension_diameter_y - optional; type double
       • support_dimension_diameter_z - optional; type double
       • support_dimension_height_x - optional; type double
       • support_dimension_height_y - optional; type double
       • support_dimension_height_z - optional; type double
       • support_dimension_type_on_x - optional; type nodal_support_support_dimension_type_on_x - type undefined with restriction - enum { 'SUPPORT_DIMENSION_TYPE_CIRCULAR', 'SUPPORT_DIMENSION_TYPE_NONE', 'SUPPORT_DIMENSION_TYPE_RECTANGULAR' }
       • support_dimension_type_on_y - optional; type nodal_support_support_dimension_type_on_y - type undefined with restriction - enum { 'SUPPORT_DIMENSION_TYPE_CIRCULAR', 'SUPPORT_DIMENSION_TYPE_NONE', 'SUPPORT_DIMENSION_TYPE_RECTANGULAR' }
       • support_dimension_type_on_z - optional; type nodal_support_support_dimension_type_on_z - type undefined with restriction - enum { 'SUPPORT_DIMENSION_TYPE_CIRCULAR', 'SUPPORT_DIMENSION_TYPE_NONE', 'SUPPORT_DIMENSION_TYPE_RECTANGULAR' }
       • support_dimension_width_x - optional; type double
       • support_dimension_width_y - optional; type double
       • support_dimension_width_z - optional; type double
       • support_dimensions_enabled - optional; type boolean
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_nodal_support_response (soap:body, use = literal)Source code
     parameters type set_nodal_supportResponse
159. set_node
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_node
     Input:
     set_node_request (soap:body, use = literal)Source code
     parameters type set_node

     • value type node
       • no type int
       • type - optional; type node_type - type undefined with restriction - enum { 'TYPE_BETWEEN_TWO_NODES', 'TYPE_BETWEEN_TWO_POINTS', 'TYPE_ON_LINE', 'TYPE_ON_MEMBER', 'TYPE_STANDARD' }
       • reference_node - optional; type int
       • coordinate_system - optional; type int
       • coordinate_system_type - optional; type node_coordinate_system_type - type undefined with restriction - enum { 'COORDINATE_SYSTEM_CARTESIAN', 'COORDINATE_SYSTEM_POLAR', 'COORDINATE_SYSTEM_X_CYLINDRICAL', 'COORDINATE_SYSTEM_Y_CYLINDRICAL', 'COORDINATE_SYSTEM_Z_CYLINDRICAL' }
       • coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • coordinate_1 - optional; type double
       • coordinate_2 - optional; type double
       • coordinate_3 - optional; type double
       • global_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • global_coordinate_1 - optional; type double
       • global_coordinate_2 - optional; type double
       • global_coordinate_3 - optional; type double
       • between_two_nodes_start_node - optional; type int
       • between_two_points_start_point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • between_two_points_start_point_coordinate_1 - optional; type double
       • between_two_points_start_point_coordinate_2 - optional; type double
       • between_two_points_start_point_coordinate_3 - optional; type double
       • between_two_nodes_end_node - optional; type int
       • between_two_points_end_point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • between_two_points_end_point_coordinate_1 - optional; type double
       • between_two_points_end_point_coordinate_2 - optional; type double
       • between_two_points_end_point_coordinate_3 - optional; type double
       • on_line_reference_line - optional; type int
       • on_member_reference_member - optional; type int
       • reference_type - optional; type node_reference_type - type undefined with restriction - enum { 'REFERENCE_TYPE_L', 'REFERENCE_TYPE_XY', 'REFERENCE_TYPE_XZ', 'REFERENCE_TYPE_YZ' }
       • reference_object_projected_length - optional; type double
       • distance_from_start_is_defined_as_relative - optional; type boolean
       • distance_from_start_relative - optional; type double
       • distance_from_start_absolute - optional; type double
       • offset_in_local_direction_y - optional; type double
       • offset_in_local_direction_z - optional; type double
       • offset_in_global_direction_x - optional; type double
       • offset_in_global_direction_y - optional; type double
       • offset_in_global_direction_z - optional; type double
       • support - optional; type int
       • mesh_refinement - optional; type int
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_node_response (soap:body, use = literal)Source code
     parameters type set_nodeResponse
160. set_note
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_note
     Input:
     set_note_request (soap:body, use = literal)Source code
     parameters type set_note

     • value type note
       • no type int
       • type - optional; type note_type - type undefined with restriction - enum { 'NOTE_TYPE_LINE', 'NOTE_TYPE_MEMBER', 'NOTE_TYPE_NODE', 'NOTE_TYPE_POINT', 'NOTE_TYPE_SURFACE' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • text - optional; type string
       • point_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • point_coordinate_x - optional; type double
       • point_coordinate_y - optional; type double
       • point_coordinate_z - optional; type double
       • node - optional; type int
       • member - optional; type int
       • member_reference_type - optional; type note_member_reference_type - type undefined with restriction - enum { 'REFERENCE_TYPE_L', 'REFERENCE_TYPE_XY', 'REFERENCE_TYPE_XZ', 'REFERENCE_TYPE_YZ' }
       • member_length - optional; type double
       • member_distance_is_defined_as_relative - optional; type boolean
       • member_distance_relative - optional; type double
       • member_distance_absolute - optional; type double
       • line - optional; type int
       • line_length - optional; type double
       • surface - optional; type int
       • surface_reference_type - optional; type note_surface_reference_type - type undefined with restriction - enum { 'OFFSET_TYPE_XY', 'OFFSET_TYPE_XZ', 'OFFSET_TYPE_YZ' }
       • surface_first_coordinate - optional; type double
       • surface_second_coordinate - optional; type double
       • offset - optional; type boolean
       • offset_type - optional; type note_offset_type - type undefined with restriction - enum { 'OFFSET_TYPE_XY', 'OFFSET_TYPE_XYZ', 'OFFSET_TYPE_XZ', 'OFFSET_TYPE_YZ' }
       • offset_coordinate - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • offset_coordinate_x - optional; type double
       • offset_coordinate_y - optional; type double
       • offset_coordinate_z - optional; type double
       • rotation - optional; type double
       • show_comment - optional; type boolean
       • display_properties_index - optional; type int
       • comment - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_note_response (soap:body, use = literal)Source code
     parameters type set_noteResponse
161. set_object_snap
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_object_snap
     Input:
     set_object_snap_request (soap:body, use = literal)Source code
     parameters type set_object_snap

     • value type object_snap
       • no type int
       • type - optional; type object_snap_type - type undefined with restriction - enum { 'TYPE_STANDARD' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • snap_nodes - optional; type boolean
       • snap_centers_and_focuses - optional; type boolean
       • snap_intersections - optional; type boolean
       • snap_perpendicular - optional; type boolean
       • snap_extend - optional; type boolean
       • snap_parallel - optional; type boolean
       • snap_tangent - optional; type boolean
       • snap_shapes - optional; type boolean
       • snap_parts - optional; type boolean
       • snap_absolute_distance - optional; type boolean
       • snap_relative_distance - optional; type boolean
       • snap_snappable_points_only - optional; type boolean
       • snap_guidelines - optional; type boolean
       • snap_background_layers - optional; type boolean
       • snap_line_grids - optional; type boolean
       • comment - optional; type string
       • parts_count - optional; type int
       • absolute_distance - optional; type double
       • relative_distance - optional; type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_object_snap_response (soap:body, use = literal)Source code
     parameters type set_object_snapResponse
162. set_opening
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_opening
     Input:
     set_opening_request (soap:body, use = literal)Source code
     parameters type set_opening

     • value type opening
       • no type int
       • area - optional; type double
       • boundary_lines - optional; type array_of_int
       • center_of_opening - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_of_opening_x - optional; type double
       • center_of_opening_y - optional; type double
       • center_of_opening_z - optional; type double
       • position_full_description - optional; type string
       • position_short_description - optional; type string
       • surfaces - optional; type array_of_int
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_opening_response (soap:body, use = literal)Source code
     parameters type set_openingResponse
163. set_opening_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_opening_load
     Input:
     set_opening_load_request (soap:body, use = literal)Source code
     parameters type set_opening_load

     • load_case_no type int
     • value type opening_load
       • no type int
       • comment - optional; type string
       • coordinate_system - optional; type string
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • load_case - optional; type int
       • load_direction - optional; type opening_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_Z' }
       • load_distribution - optional; type opening_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR_TRAPEZOIDAL', 'LOAD_DISTRIBUTION_UNIFORM_TRAPEZOIDAL' }
       • load_type - optional; type opening_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_FORCE' }
       • magnitude - optional; type double
       • magnitude_1 - optional; type double
       • magnitude_2 - optional; type double
       • magnitude_3 - optional; type double
       • node_1 - optional; type int
       • node_2 - optional; type int
       • node_3 - optional; type int
       • openings - optional; type array_of_int
       • smooth_punctual_load_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_opening_load_response (soap:body, use = literal)Source code
     parameters type set_opening_loadResponse
164. set_result_combination
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_result_combination
     Input:
     set_result_combination_request (soap:body, use = literal)Source code
     parameters type set_result_combination

     • value type result_combination
       • no type int
       • design_situation - optional; type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • to_solve - optional; type boolean
       • comment - optional; type string
       • combination_type - optional; type result_combination_combination_type - type undefined with restriction - enum { 'COMBINATION_TYPE_ENVELOPE_PERMANENT', 'COMBINATION_TYPE_ENVELOPE_TRANSIENT', 'COMBINATION_TYPE_GENERAL', 'COMBINATION_TYPE_SUPERPOSITION' }
       • srss_combination - optional; type boolean
       • srss_extreme_value_sign - optional; type result_combination_srss_extreme_value_sign - type undefined with restriction - enum { 'EXTREME_VALUE_SIGN_ACCORDING_TO_LC_CO', 'EXTREME_VALUE_SIGN_NEGATIVE', 'EXTREME_VALUE_SIGN_POSITIVE', 'EXTREME_VALUE_SIGN_POSITIVE_OR_NEGATIVE' }
       • srss_use_equivalent_linear_combination - optional; type boolean
       • srss_according_load_case_or_combination - optional; type int
       • items - optional; type array_of_result_combination_items
         • result_combination_items - optional, unbounded; type result_combination_items
           • no - optional; type int
           • case_object_item - optional; type int
           • operator_type - optional; type operator_type - type undefined with restriction - enum { 'OPERATOR_AND', 'OPERATOR_NONE', 'OPERATOR_OR' }
           • left_parenthesis - optional; type boolean
           • right_parenthesis - optional; type boolean
           • group_factor - optional; type double
           • case_object_factor - optional; type double
           • case_object_sub_result_type - optional; type case_object_sub_result_type - type undefined with restriction - enum { 'SUB_RESULT_INCREMENTAL_ALL', 'SUB_RESULT_INCREMENTAL_FINAL_STATE', 'SUB_RESULT_INCREMENTAL_SUB_RESULT_ID', 'SUB_RESULT_SPECTRAL', 'SUB_RESULT_SPECTRAL_X', 'SUB_RESULT_SPECTRAL_Y', 'SUB_RESULT_SPECTRAL_Z' }
           • case_object_sub_result_id - optional; type int
           • case_object_load_type - optional; type case_object_load_type - type undefined with restriction - enum { 'LOAD_TYPE_PERMANENT', 'LOAD_TYPE_TRANSIENT' }
           • group_load_type - optional; type group_load_type - type undefined with restriction - enum { 'LOAD_TYPE_PERMANENT', 'LOAD_TYPE_TRANSIENT' }
           • action - optional; type int
           • is_leading - optional; type boolean
           • gamma - optional; type double
           • psi - optional; type double
           • xi - optional; type double
           • k_fi - optional; type double
           • c_esl - optional; type double
           • k_def - optional; type double
           • psi_0 - optional; type double
           • psi_1 - optional; type double
           • psi_2 - optional; type double
           • fi - optional; type double
           • gamma_0 - optional; type double
           • alfa - optional; type double
           • k_f - optional; type double
           • phi - optional; type double
           • rho - optional; type double
           • omega_0 - optional; type double
       • generate_subcombinations - optional; type boolean
       • is_generated - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_result_combination_response (soap:body, use = literal)Source code
     parameters type set_result_combinationResponse
165. set_result_section
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_result_section
     Input:
     set_result_section_request (soap:body, use = literal)Source code
     parameters type set_result_section

     • value type result_section
       • no type int
       • type - optional; type result_section_type - type undefined with restriction - enum { 'TYPE_2_POINTS_AND_VECTOR', 'TYPE_LINE' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • assigned_to_surfaces - optional; type array_of_int
       • assigned_to_solids - optional; type array_of_int
       • show_results_in_direction - optional; type result_section_show_results_in_direction - type undefined with restriction - enum { 'SHOW_RESULTS_IN_GLOBAL_MINUS_X', 'SHOW_RESULTS_IN_GLOBAL_MINUS_Y', 'SHOW_RESULTS_IN_GLOBAL_MINUS_Z', 'SHOW_RESULTS_IN_GLOBAL_PLUS_X', 'SHOW_RESULTS_IN_GLOBAL_PLUS_Y', 'SHOW_RESULTS_IN_GLOBAL_PLUS_Z', 'SHOW_RESULTS_IN_LOCAL_MINUS_Z', 'SHOW_RESULTS_IN_LOCAL_PLUS_Y', 'SHOW_RESULTS_IN_LOCAL_PLUS_Z' }
       • coordinate_system - optional; type int
       • show_values_on_isolines_enabled - optional; type boolean
       • lines - optional; type array_of_int
       • first_point - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • first_point_coordinate_1 - optional; type double
       • first_point_coordinate_2 - optional; type double
       • first_point_coordinate_3 - optional; type double
       • second_point - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • second_point_coordinate_1 - optional; type double
       • second_point_coordinate_2 - optional; type double
       • second_point_coordinate_3 - optional; type double
       • projection_in_direction - optional; type result_section_projection_in_direction - type undefined with restriction - enum { 'PROJECTION_IN_GLOBAL_X', 'PROJECTION_IN_GLOBAL_Y', 'PROJECTION_IN_GLOBAL_Z', 'PROJECTION_IN_USER_DEFINED_U', 'PROJECTION_IN_USER_DEFINED_V', 'PROJECTION_IN_USER_DEFINED_W', 'PROJECTION_IN_VECTOR' }
       • vector - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • vector_coordinate_1 - optional; type double
       • vector_coordinate_2 - optional; type double
       • vector_coordinate_3 - optional; type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_result_section_response (soap:body, use = literal)Source code
     parameters type set_result_sectionResponse
166. set_rigid_link
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_rigid_link
     Input:
     set_rigid_link_request (soap:body, use = literal)Source code
     parameters type set_rigid_link

     • value type rigid_link
       • no type int
       • type - optional; type rigid_link_type - type undefined with restriction - enum { 'TYPE_LINE_TO_LINE', 'TYPE_LINE_TO_SURFACE' }
       • line1 - optional; type int
       • line2 - optional; type int
       • surface - optional; type int
       • rigid_link_type - optional; type rigid_link_rigid_link_type - type undefined with restriction - enum { 'RESILIENT', 'RIGID' }
       • comment - optional; type string
       • ignore_relative_position - optional; type boolean
       • user_defined_distribution - optional; type boolean
       • line1_start_is_relative - optional; type boolean
       • line1_start_relative - optional; type double
       • line1_start_absolute - optional; type double
       • line1_end_is_relative - optional; type boolean
       • line1_end_relative - optional; type double
       • line1_end_absolute - optional; type double
       • line2_start_is_relative - optional; type boolean
       • line2_start_relative - optional; type double
       • line2_start_absolute - optional; type double
       • line2_end_is_relative - optional; type boolean
       • line2_end_relative - optional; type double
       • line2_end_absolute - optional; type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_rigid_link_response (soap:body, use = literal)Source code
     parameters type set_rigid_linkResponse
167. set_section
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_section
     Input:
     set_section_request (soap:body, use = literal)Source code
     parameters type set_section

     • value type section
       • no type int
       • type - optional; type section_type - type undefined with restriction - enum { 'TYPE_BASIC', 'TYPE_BUILT_UP_STEEL', 'TYPE_BUILT_UP_TIMBER', 'TYPE_GENERAL_BY_RSECTION', 'TYPE_PARAMETRIC_BARS', 'TYPE_PARAMETRIC_BRIDGES', 'TYPE_PARAMETRIC_MASSIVE_I', 'TYPE_PARAMETRIC_MASSIVE_II', 'TYPE_PARAMETRIC_THIN_WALLED', 'TYPE_PHASE', 'TYPE_STANDARDIZED_STEEL', 'TYPE_STANDARDIZED_TIMBER' }
       • manufacturing_type - optional; type section_manufacturing_type - type undefined with restriction - enum { 'MANUFACTURING_TYPE_COLD_FORMED', 'MANUFACTURING_TYPE_GLULAM', 'MANUFACTURING_TYPE_HOT_ROLLED', 'MANUFACTURING_TYPE_NONE', 'MANUFACTURING_TYPE_SAWN', 'MANUFACTURING_TYPE_WELDED' }
       • name - optional; type string
       • shear_stiffness_deactivated - optional; type boolean
       • warping_stiffness_deactivated - optional; type boolean
       • thin_walled_model - optional; type boolean
       • us_spelling_of_properites - optional; type boolean
       • area_axial - optional; type double
       • area_shear_y - optional; type double
       • area_shear_z - optional; type double
       • inclination_principal_axes - optional; type double
       • rotation_angle - optional; type double
       • mirrored_axis_y - optional; type boolean
       • mirrored_axis_z - optional; type boolean
       • moment_of_inertia_bending_y - optional; type double
       • moment_of_inertia_bending_z - optional; type double
       • moment_of_inertia_torsion - optional; type double
       • warping - optional; type double
       • depth_temperature_load - optional; type double
       • width_temperature_load - optional; type double
       • material - optional; type int
       • reference_material - optional; type int
       • material_part_1 - optional; type int
       • material_part_2 - optional; type int
       • material_part_3 - optional; type int
       • material_part_4 - optional; type int
       • material_part_5 - optional; type int
       • material_part_6 - optional; type int
       • material_part_7 - optional; type int
       • material_part_8 - optional; type int
       • material_part_9 - optional; type int
       • material_part_10 - optional; type int
       • hybrid_active - optional; type boolean
       • parametrization_type - optional; type section_parametrization_type - type undefined with restriction - enum { 'BUILT_UP_STEEL__CHANNELS__U_BU', 'BUILT_UP_STEEL__CUT_I_SECTIONS_WITH_FLAT_BAR__CIF_BU', 'BUILT_UP_STEEL__EQUAL_LEG_ANGLES__LE_BU', 'BUILT_UP_STEEL__I_SECTIONS_OR_CHANNELS_WITH_SIDE_FLAT_BARS__SF_BU', 'BUILT_UP_STEEL__I_SECTIONS_WITH_CHANNELS__IU_BU', 'BUILT_UP_STEEL__I_SECTIONS_WITH_OTHER_SECTION_ON_FLANGE__IOF_BU', 'BUILT_UP_STEEL__I_SECTIONS__I_BU', 'BUILT_UP_STEEL__UNEQUAL_LEG_ANGLES__LU_BU', 'BUILT_UP_TIMBER__RECTANGLES__R_BU', 'PARAMETRIC_BARS__FLAT_BAR__FLAT', 'PARAMETRIC_BARS__HALF_OVAL_BAR__HALFOVAL', 'PARAMETRIC_BARS__HALF_ROUND_BAR__HALFROUND', 'PARAMETRIC_BARS__HEXAGON_BAR__HEXAGON', 'PARAMETRIC_BARS__OCTAGON_BAR__OCTAGON', 'PARAMETRIC_BARS__ROUND_BAR__ROUND', 'PARAMETRIC_BARS__ROUND_CORNER_SQUARE_BAR__SQUARER', 'PARAMETRIC_BARS__SHARP_CORNER_SQUARE_BAR__SQUARES', 'PARAMETRIC_BRIDGES__MULTI_PIECE_TAPERED_FLANGE_T_SECTION__TTF_B', 'PARAMETRIC_MASSIVE_II__2X2_MASSIVE_RECTANGLES_WITH_FULLY_RIGID_CONNECTION__2X2R_M2', 'PARAMETRIC_MASSIVE_II__2X3_MASSIVE_RECTANGLES_WITH_FULLY_RIGID_CONNECTION__2X3R_M2', 'PARAMETRIC_MASSIVE_II__2_MASSIVE_RECTANGLES_WITH_A_CONTINUOUS_PACK_AND_2_SPLICES__2RP2S_M2', 'PARAMETRIC_MASSIVE_II__2_MASSIVE_RECTANGLES__2R_M2', 'PARAMETRIC_MASSIVE_II__3_MASSIVE_RECTANGLES__3R_M2', 'PARAMETRIC_MASSIVE_II__4_MASSIVE_RECTANGLES__4R_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_HORIZONTAL_CONNECTION_LINES__BOXH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_OVERHANGING_FLANGES_AND_HORIZONTAL_CONNECTION_LINES__BOXOFH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_OVERHANGING_FLANGES_AND_VERTICAL_CONNECTION_LINES__BOXOFV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_BOX_WITH_VERTICAL_CONNECTION_LINES__BOXV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_FIVE_LAYER_RECTANGLE_WITH_3_DIFFERENT_MATERIALS__5LR_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_OVAL_WITH_VERTICAL_CONNECTION_LINES__OVAL_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_RECTANGLE_WITH_2_CONTINUOUS_SPLICES__R2S_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_SINGLY_SYMMETRIC_I_SECTION_WITH_HORIZONTAL_CONNECTION_LINES__ISH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_SINGLY_SYMMETRIC_I_SECTION_WITH_THIN_FLANGES_AND_4_REINFORCING_RECTANGLES__IS4R_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_SINGLY_SYMMETRIC_I_SECTION_WITH_VERTICAL_CONNECTION_LINES__ISV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_THREE_LAYER_RECTANGLE_WITH_2_DIFFERENT_MATERIALS__3LR_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_TWO_BOX_WITH_HORIZONTAL_CONNECTION_LINES__2BOXH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_TWO_BOX_WITH_VERTICAL_CONNECTION_LINES__2BOXV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_T_SECTION_WITH_A_HORIZONTAL_CONNECTION_LINE__TH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_T_SECTION_WITH_VERTICAL_CONNECTION_LINES__TV_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_U_SECTION_WITH_HORIZONTAL_CONNECTION_LINES__UH_M2', 'PARAMETRIC_MASSIVE_II__MASSIVE_U_SECTION_WITH_VERTICAL_CONNECTION_LINES__UV_M2', 'PARAMETRIC_MASSIVE_I__MASSIVE_CIRCLE__CIRCLE_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_DOUBLE_T_SECTION_WITH_CHAMFERED_INNER_CORNERS__DTC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_DOUBLE_T_SECTION__DT_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_DOUBLY_SYMMETRIC_I_SECTION__ID_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_HALF_OVAL__HALFOVAL_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_HALF_ROUND__HALFROUND_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_HEXAGON__HEXAGON_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_HOLLOW_CIRCLE__HCIRCLE_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_I_SECTION_WITH_CHAMFERED_INNER_CORNERS__IC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_I_SECTION__I_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_L_SECTION__L_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_OCTAGON__OCTAGON_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_OVAL__OVAL_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE_WITH_CHAMFERED_RECTANGULAR_OPENING__RROC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE_WITH_RECTANGULAR_OPENING__RRO_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_RECTANGLE__R_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_ROUND_CORNER_RECTANGLE__RR_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_ROUND_CORNER_SQUARE__SQR_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_SQUARE__SQ_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_DOUBLE_T_SECTION__DTT_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_FLANGE_I_SECTION__ITF_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_FLANGE_T_SECTION__TTF_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_U_SECTION__UT_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_WEB_T_SECTION_WITH_CHAMFERED_INNER_CORNERS__TTWC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TAPERED_WEB_T_SECTION__TTW_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_TRAPEZOID__TR_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_T_SECTION_WITH_CHAMFERED_INNER_CORNERS__TC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_T_SECTION__T_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_I_SECTION_WITH_CHAMFERED_INNER_CORNERS__IUC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_I_SECTION__IU_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_UNSYMMETRIC_T_SECTION__TU_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_U_SECTION_WITH_CHAMFERED_INNER_CORNERS__UC_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_U_SECTION__U_M1', 'PARAMETRIC_MASSIVE_I__MASSIVE_Z_SECTION__Z_M1', 'PARAMETRIC_THIN_WALLED__BOX_TYPE_AX__BOX_AX', 'PARAMETRIC_THIN_WALLED__BOX_TYPE_A__BOX_A', 'PARAMETRIC_THIN_WALLED__BOX_TYPE_BX__BOX_BX', 'PARAMETRIC_THIN_WALLED__BOX_TYPE_B__BOX_B', 'PARAMETRIC_THIN_WALLED__CHANNEL__U', 'PARAMETRIC_THIN_WALLED__CIRCULAR_HOLLOW_SECTION__CHS', 'PARAMETRIC_THIN_WALLED__CROSS_SHAPED_SECTION__CROSS', 'PARAMETRIC_THIN_WALLED__ELLIPTICAL_HOLLOW_SECTION__EHS', 'PARAMETRIC_THIN_WALLED__EQUAL_LEG_ANGLE__LE', 'PARAMETRIC_THIN_WALLED__I_SECTION_WITH_2_SIDE_FLAT_BARS__I2SFB', 'PARAMETRIC_THIN_WALLED__I_SECTION_WITH_T_SECTION__IT', 'PARAMETRIC_THIN_WALLED__I_SECTION__I', 'PARAMETRIC_THIN_WALLED__PI_SECTION_TYPE_A__PI_A', 'PARAMETRIC_THIN_WALLED__PI_SECTION_TYPE_B__PI_B', 'PARAMETRIC_THIN_WALLED__POLYGONAL_HOLLOW_SECTION__PHS', 'PARAMETRIC_THIN_WALLED__RECTANGULAR_HOLLOW_SECTION_WITH_PEAKS_OUTWARD_AND_INWARD__RHSPOI', 'PARAMETRIC_THIN_WALLED__RECTANGULAR_HOLLOW_SECTION_WITH_PEAK_OUTWARD__RHSPO', 'PARAMETRIC_THIN_WALLED__RECTANGULAR_HOLLOW_SECTION__RHS', 'PARAMETRIC_THIN_WALLED__RIB_HOLLOW_SECTION__RIBHS', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_2_FLAT_BARS__IS2FB', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_2_SLOPING_STIFFENERS__IS2SS', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_2_WELDED_FLAT_BARS__IS2FBW', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_DOUBLE_WEB_THICKNESS__IS2WT', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION_WITH_EDGE_STIFFENERS_ON_1_FLANGE__IS1FES', 'PARAMETRIC_THIN_WALLED__SINGLY_SYMMETRIC_I_SECTION__IS', 'PARAMETRIC_THIN_WALLED__SQUARE_HOLLOW_SECTION__SHS', 'PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_CHANNEL__UTF', 'PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_I_SECTION__ITF', 'PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_T_SECTION_WITH_TAPERED_WEB__TTFTW', 'PARAMETRIC_THIN_WALLED__TAPERED_FLANGE_T_SECTION__TTF', 'PARAMETRIC_THIN_WALLED__TRAPEZOIDAL_HOLLOW_SECTION__THS', 'PARAMETRIC_THIN_WALLED__T_SECTION__T', 'PARAMETRIC_THIN_WALLED__UNEQUAL_LEG_ANGLE__LU', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL_WITH_EDGE_STIFFENERS_INWARD__UUESI', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL_WITH_EDGE_STIFFENERS_OUTWARD_AND_INWARD__UUESOI', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL_WITH_EDGE_STIFFENERS_OUTWARD__UUESO', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_CHANNEL__UU', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_I_SECTION__IU', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_RECTANGULAR_HOLLOW_SECTION__RHSU', 'PARAMETRIC_THIN_WALLED__UNSYMMETRIC_T_SECTION__TU', 'PARAMETRIC_THIN_WALLED__Z_SECTION__Z', 'STANDARDIZED_STEEL__60_DEGREE_ANGLES__L60_S', 'STANDARDIZED_STEEL__BAR_SECTIONS__BAR_S', 'STANDARDIZED_STEEL__CIRCULAR_HOLLOW_SECTIONS_PIPES__CHS_S', 'STANDARDIZED_STEEL__ELLIPTICAL_AND_SEMI_ELLIPTICAL_HOLLOW_SECTIONS__EHS_S', 'STANDARDIZED_STEEL__I_BEAMS_H_BEAMS__I_S', 'STANDARDIZED_STEEL__L_SECTIONS_STEEL_ANGLES__L_S', 'STANDARDIZED_STEEL__RAIL_SECTIONS__RAIL_S', 'STANDARDIZED_STEEL__SHEETS__SHEET_S', 'STANDARDIZED_STEEL__SQUARE_AND_RECTANGULAR_HOLLOW_SECTIONS__RHS_S', 'STANDARDIZED_STEEL__T_SECTIONS_STEEL_TEES__T_S', 'STANDARDIZED_STEEL__U_SECTIONS_STEEL_CHANNELS__U_S', 'STANDARDIZED_STEEL__Z_SECTIONS_STEEL_ZEES__Z_S', 'STANDARDIZED_TIMBER__TIMBER_COMPOSED_SECTIONS__COMP_S', 'STANDARDIZED_TIMBER__TIMBER_RECTANGLES__RECT_S' }
       • combination_type - optional; type section_combination_type - type undefined with restriction - enum { 'BUILT_UP_NG_2I', 'BUILT_UP_NG_2I_A', 'BUILT_UP_NG_2LCLI', 'BUILT_UP_NG_2LCLIR', 'BUILT_UP_NG_2LCLIR_A', 'BUILT_UP_NG_2LCLI_A', 'BUILT_UP_NG_2LCLO', 'BUILT_UP_NG_2LCLOC', 'BUILT_UP_NG_2LCLOC_A', 'BUILT_UP_NG_2LCLOR', 'BUILT_UP_NG_2LCLOR_A', 'BUILT_UP_NG_2LCLO_A', 'BUILT_UP_NG_2LHLI', 'BUILT_UP_NG_2LHLI_A', 'BUILT_UP_NG_2LHLO', 'BUILT_UP_NG_2LHLO_A', 'BUILT_UP_NG_2LLHLI', 'BUILT_UP_NG_2LLHLI_A', 'BUILT_UP_NG_2LLHLO', 'BUILT_UP_NG_2LLHLO_A', 'BUILT_UP_NG_2LSHLI', 'BUILT_UP_NG_2LSHLI_A', 'BUILT_UP_NG_2LSHLO', 'BUILT_UP_NG_2LSHLO_A', 'BUILT_UP_NG_2UF', 'BUILT_UP_NG_2UI', 'BUILT_UP_NG_2UI_A', 'BUILT_UP_NG_2UO', 'BUILT_UP_NG_2UO_A', 'BUILT_UP_NG_3I', 'BUILT_UP_NG_4LHLO', 'BUILT_UP_NG_4LHLO_A', 'BUILT_UP_NG_4LLI', 'BUILT_UP_NG_4LLI_A', 'BUILT_UP_NG_4LLO', 'BUILT_UP_NG_4LLO_A', 'BUILT_UP_NG_CIHF', 'BUILT_UP_NG_HNBH', 'BUILT_UP_NG_I1F', 'BUILT_UP_NG_I1HIC', 'BUILT_UP_NG_I1IC', 'BUILT_UP_NG_I2F', 'BUILT_UP_NG_I2HIC', 'BUILT_UP_NG_I2I', 'BUILT_UP_NG_ICI-MAX', 'BUILT_UP_NG_ICI-MIN', 'BUILT_UP_NG_IHF', 'BUILT_UP_NG_IUD', 'BUILT_UP_NG_IUU', 'BUILT_UP_NG_IVF', 'BUILT_UP_NG_IWT', 'BUILT_UP_NG_UF' }
       • corrugated_sheet_width - optional; type double
       • rail_worn_out - optional; type double
       • phase_parent - optional; type int
       • phase_parts - optional; type string
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_section_response (soap:body, use = literal)Source code
     parameters type set_sectionResponse
168. set_solid
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_solid
     Input:
     set_solid_request (soap:body, use = literal)Source code
     parameters type set_solid

     • value type solid
       • no type int
       • type - optional; type solid_type - type undefined with restriction - enum { 'TYPE_CONTACT', 'TYPE_GAS', 'TYPE_STANDARD' }
       • analytical_center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • analytical_center_of_gravity_x - optional; type double
       • analytical_center_of_gravity_y - optional; type double
       • analytical_center_of_gravity_z - optional; type double
       • analytical_mass - optional; type double
       • analytical_surface_area - optional; type double
       • analytical_volume - optional; type double
       • boundary_surfaces - optional; type array_of_int
       • center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_of_gravity_x - optional; type double
       • center_of_gravity_y - optional; type double
       • center_of_gravity_z - optional; type double
       • gas - optional; type int
       • is_deactivated_for_calculation - optional; type boolean
       • mass - optional; type double
       • material - optional; type int
       • mesh_refinement - optional; type int
       • solid_contact - optional; type int
       • solid_contact_first_surface - optional; type int
       • solid_contact_second_surface - optional; type int
       • stress_analysis_configuration - optional; type int
       • surface_area - optional; type double
       • volume - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_solid_response (soap:body, use = literal)Source code
     parameters type set_solidResponse
169. set_solid_contacts
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_solid_contacts
     Input:
     set_solid_contacts_request (soap:body, use = literal)Source code
     parameters type set_solid_contacts

     • value type solid_contacts
       • no type int
       • comment - optional; type string
       • friction_coefficient - optional; type double
       • limit_stress - optional; type double
       • name - optional; type string
       • parallel_to_surface - optional; type solid_contacts_parallel_to_surface - type undefined with restriction - enum { 'ELASTIC_FRICTION', 'ELASTIC_FRICTION_LIMIT', 'ELASTIC_SOLID', 'FAILURE_IF_CONTACT_PERPENDICULAR_TO_SURFACES_FAILED', 'FULL_FORCE_TRANSMISSION', 'RIGID_FRICTION', 'RIGID_FRICTION_LIMIT' }
       • perpendicular_to_surface - optional; type solid_contacts_perpendicular_to_surface - type undefined with restriction - enum { 'FAILURE_UNDER_COMPRESSION', 'FAILURE_UNDER_TENSION', 'FULL_FORCE_TRANSMISSION' }
       • shear_stiffness - optional; type double
       • solids - optional; type array_of_int
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_solid_contacts_response (soap:body, use = literal)Source code
     parameters type set_solid_contactsResponse
170. set_solid_gas
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_solid_gas
     Input:
     set_solid_gas_request (soap:body, use = literal)Source code
     parameters type set_solid_gas

     • value type solid_gas
       • no type int
       • comment - optional; type string
       • name - optional; type string
       • pressure - optional; type double
       • solids - optional; type array_of_int
       • temperature - optional; type double
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_solid_gas_response (soap:body, use = literal)Source code
     parameters type set_solid_gasResponse
171. set_solid_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_solid_load
     Input:
     set_solid_load_request (soap:body, use = literal)Source code
     parameters type set_solid_load

     • load_case_no type int
     • value type solid_load
       • no type int
       • altitude - optional; type double
       • angular_acceleration - optional; type double
       • angular_velocity - optional; type double
       • axis_definition_axis - optional; type solid_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • axis_definition_axis_orientation - optional; type solid_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
       • axis_definition_p1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p1_x - optional; type double
       • axis_definition_p1_y - optional; type double
       • axis_definition_p1_z - optional; type double
       • axis_definition_p2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p2_x - optional; type double
       • axis_definition_p2_y - optional; type double
       • axis_definition_p2_z - optional; type double
       • axis_definition_type - optional; type solid_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
       • comment - optional; type string
       • coordinate_system - optional; type int
       • gas_behaviour - optional; type solid_load_gas_behaviour - type undefined with restriction - enum { 'GAS_BEHAVIOUR_OVERPRESSURE_INCREMENT', 'GAS_BEHAVIOUR_RESULTING_OVERPRESSURE', 'GAS_BEHAVIOUR_RESULTING_VOLUME', 'GAS_BEHAVIOUR_VOLUME_INCREMENT' }
       • gas_magnitude - optional; type double
       • generating_object_info - optional; type string
       • is_density_defined_by_altitude - optional; type boolean
       • is_generated - optional; type boolean
       • load_case - optional; type int
       • load_direction - optional; type solid_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE' }
       • load_direction_orientation - optional; type solid_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
       • load_distribution - optional; type solid_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR_IN_X', 'LOAD_DISTRIBUTION_LINEAR_IN_Y', 'LOAD_DISTRIBUTION_LINEAR_IN_Z', 'LOAD_DISTRIBUTION_UNIFORM' }
       • load_type - optional; type solid_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_BUOYANCY', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_GAS', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_STRAIN', 'LOAD_TYPE_TEMPERATURE' }
       • magnitude_1 - optional; type double
       • magnitude_2 - optional; type double
       • node_1 - optional; type int
       • node_2 - optional; type int
       • solids - optional; type array_of_int
       • strain_magnitude_x1 - optional; type double
       • strain_magnitude_x2 - optional; type double
       • strain_magnitude_y1 - optional; type double
       • strain_magnitude_y2 - optional; type double
       • strain_magnitude_z1 - optional; type double
       • strain_magnitude_z2 - optional; type double
       • strain_uniform_magnitude_x - optional; type double
       • strain_uniform_magnitude_y - optional; type double
       • strain_uniform_magnitude_z - optional; type double
       • uniform_magnitude - optional; type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_solid_load_response (soap:body, use = literal)Source code
     parameters type set_solid_loadResponse
172. set_solid_mesh_refinement
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_solid_mesh_refinement
     Input:
     set_solid_mesh_refinement_request (soap:body, use = literal)Source code
     parameters type set_solid_mesh_refinement

     • value type solid_mesh_refinement
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • solids - optional; type array_of_int
       • target_length - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_solid_mesh_refinement_response (soap:body, use = literal)Source code
     parameters type set_solid_mesh_refinementResponse
173. set_solid_set
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_solid_set
     Input:
     set_solid_set_request (soap:body, use = literal)Source code
     parameters type set_solid_set

     • value type solid_set
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • set_type - optional; type solid_set_set_type - type undefined with restriction - enum { 'SET_TYPE_CONTINUOUS', 'SET_TYPE_GROUP' }
       • solids - optional; type array_of_int
       • surface_area - optional; type double
       • volume - optional; type double
       • mass - optional; type double
       • center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_of_gravity_x - optional; type double
       • center_of_gravity_y - optional; type double
       • center_of_gravity_z - optional; type double
       • stress_analysis_configuration - optional; type int
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_solid_set_response (soap:body, use = literal)Source code
     parameters type set_solid_setResponse
174. set_solid_set_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_solid_set_load
     Input:
     set_solid_set_load_request (soap:body, use = literal)Source code
     parameters type set_solid_set_load

     • load_case_no type int
     • value type solid_set_load
       • no type int
       • altitude - optional; type double
       • angular_acceleration - optional; type double
       • angular_velocity - optional; type double
       • axis_definition_axis - optional; type solid_set_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • axis_definition_axis_orientation - optional; type solid_set_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
       • axis_definition_p1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p1_x - optional; type double
       • axis_definition_p1_y - optional; type double
       • axis_definition_p1_z - optional; type double
       • axis_definition_p2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p2_x - optional; type double
       • axis_definition_p2_y - optional; type double
       • axis_definition_p2_z - optional; type double
       • axis_definition_type - optional; type solid_set_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
       • comment - optional; type string
       • coordinate_system - optional; type int
       • gas_behaviour - optional; type solid_set_load_gas_behaviour - type undefined with restriction - enum { 'GAS_BEHAVIOUR_OVERPRESSURE_INCREMENT', 'GAS_BEHAVIOUR_RESULTING_OVERPRESSURE', 'GAS_BEHAVIOUR_RESULTING_VOLUME', 'GAS_BEHAVIOUR_VOLUME_INCREMENT' }
       • gas_magnitude - optional; type double
       • generating_object_info - optional; type string
       • is_density_defined_by_altitude - optional; type boolean
       • is_generated - optional; type boolean
       • load_case - optional; type int
       • load_direction - optional; type solid_set_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE' }
       • load_direction_orientation - optional; type solid_set_load_load_direction_orientation - type undefined with restriction - enum { 'LOAD_DIRECTION_FORWARD', 'LOAD_DIRECTION_REVERSED' }
       • load_distribution - optional; type solid_set_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR_IN_X', 'LOAD_DISTRIBUTION_LINEAR_IN_Y', 'LOAD_DISTRIBUTION_LINEAR_IN_Z', 'LOAD_DISTRIBUTION_UNIFORM' }
       • load_type - optional; type solid_set_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_BUOYANCY', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_GAS', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_STRAIN', 'LOAD_TYPE_TEMPERATURE' }
       • magnitude_1 - optional; type double
       • magnitude_2 - optional; type double
       • node_1 - optional; type int
       • node_2 - optional; type int
       • solid_sets - optional; type array_of_int
       • strain_magnitude_x1 - optional; type double
       • strain_magnitude_x2 - optional; type double
       • strain_magnitude_y1 - optional; type double
       • strain_magnitude_y2 - optional; type double
       • strain_magnitude_z1 - optional; type double
       • strain_magnitude_z2 - optional; type double
       • strain_uniform_magnitude_x - optional; type double
       • strain_uniform_magnitude_y - optional; type double
       • strain_uniform_magnitude_z - optional; type double
       • uniform_magnitude - optional; type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_solid_set_load_response (soap:body, use = literal)Source code
     parameters type set_solid_set_loadResponse
175. set_static_analysis_settings
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_static_analysis_settings
     Input:
     set_static_analysis_settings_request (soap:body, use = literal)Source code
     parameters type set_static_analysis_settings

     • value type static_analysis_settings
       • no type int
       • analysis_type - optional; type static_analysis_settings_analysis_type - type undefined with restriction - enum { 'GEOMETRICALLY_LINEAR', 'LARGE_DEFORMATIONS', 'LARGE_DEFORMATIONS_POSTRCRITICAL', 'SECOND_ORDER_P_DELTA' }
       • assign_reduce_stiffness_enabled - optional; type static_analysis_settings_assign_reduce_stiffness_enabled - type undefined with restriction - enum { 'ASSIGN_REDUCED_STIFFNESS_TO_FAILING_MEMBERS', 'FAIILING_MEMBERS_TO_BE_REMOVED_INDIVIDUALY_DURING_SUCCESSIVE_ITERATIONS' }
       • comment - optional; type string
       • consider_favorable_effect_due_to_tension_in_members - optional; type boolean
       • cutting_patterns_settings - optional; type boolean
       • deformation_of_failing_members_and_reactivation_enabled - optional; type boolean
       • displacements_due_to_bourdon_effect - optional; type boolean
       • divide_results_by_loading_factor - optional; type boolean
       • exceptional_handling_enabled - optional; type boolean
       • ignore_torsional_warping - optional; type boolean
       • instability_detection_tolerance - optional; type double
       • integrate_preliminary_form_finding_enabled - optional; type boolean
       • iterative_calculation_robustness - optional; type double
       • iterative_method_for_nonlinear_analysis - optional; type static_analysis_settings_iterative_method_for_nonlinear_analysis - type undefined with restriction - enum { 'DYNAMIC_RELAXATION', 'MODIFIED_NEWTON_RAPHSON', 'NEWTON_RAPHSON', 'NEWTON_RAPHSON_COMBINED_WITH_PICARD', 'NEWTON_RAPHSON_WITH_CONSTANT_STIFFNESS', 'PICARD' }
       • loading_multiplier_factor - optional; type double
       • mass_conversion_acceleration_in_direction_x - optional; type double
       • mass_conversion_acceleration_in_direction_y - optional; type double
       • mass_conversion_acceleration_in_direction_z - optional; type double
       • mass_conversion_defined_as_acceleration - optional; type boolean
       • mass_conversion_enabled - optional; type boolean
       • mass_conversion_factor_in_direction_x - optional; type double
       • mass_conversion_factor_in_direction_y - optional; type double
       • mass_conversion_factor_in_direction_z - optional; type double
       • max_number_of_iterations - optional; type int
       • maximum_number_of_reactivations - optional; type int
       • method_of_equation_system - optional; type static_analysis_settings_method_of_equation_system - type undefined with restriction - enum { 'METHOD_OF_EQUATION_SYSTEM_DIRECT', 'METHOD_OF_EQUATION_SYSTEM_ITERATIVE' }
       • modify_loading_by_multiplier_factor - optional; type boolean
       • name - optional; type string
       • nonsymmetric_direct_solver - optional; type boolean
       • number_of_iterations_for_loading_prestress - optional; type int
       • number_of_load_increments - optional; type int
       • percentage_of_iteration - optional; type int
       • plate_bending_theory - optional; type static_analysis_settings_plate_bending_theory - type undefined with restriction - enum { 'PLATE_BENDING_THEORY_KIRCHHOFF', 'PLATE_BENDING_THEORY_MINDLIN' }
       • precision_of_convergence_criteria_for_nonlinear_calculation - optional; type double
       • ratio_of_distance_of_cutting_lines_node_to_mesh - optional; type double
       • reduction_factor_of_stiffness - optional; type int
       • refer_internal_forces_to_deformed_structure - optional; type boolean
       • refer_internal_forces_to_deformed_structure_for_moments - optional; type boolean
       • refer_internal_forces_to_deformed_structure_for_normal_forces - optional; type boolean
       • refer_internal_forces_to_deformed_structure_for_shear_forces - optional; type boolean
       • relative_setting_of_time_step_for_dynamic_relaxation - optional; type double
       • save_results_of_all_load_increments - optional; type boolean
       • smoothness_of_boundary_lines - optional; type double
       • speed_of_convergence - optional; type double
       • standard_precision_and_tolerance_settings_enabled - optional; type boolean
       • try_to_calculate_instabil_structure - optional; type boolean
       • user_defined_name_enabled - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_static_analysis_settings_response (soap:body, use = literal)Source code
     parameters type set_static_analysis_settingsResponse
176. set_structure_modification
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_structure_modification
     Input:
     set_structure_modification_request (soap:body, use = literal)Source code
     parameters type set_structure_modification

     • value type structure_modification
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • assigned_to - optional; type string
       • comment - optional; type string
       • modify_stiffnesses_gamma_m - optional; type boolean
       • modify_stiffnesses_materials - optional; type boolean
       • modify_stiffnesses_sections - optional; type boolean
       • modify_stiffnesses_members - optional; type boolean
       • modify_stiffnesses_surfaces - optional; type boolean
       • modify_stiffnesses_member_hinges - optional; type boolean
       • modify_stiffnesses_line_hinges - optional; type boolean
       • modify_stiffnesses_nodal_supports - optional; type boolean
       • modify_stiffnesses_line_supports - optional; type boolean
       • modify_stiffnesses_member_supports - optional; type boolean
       • modify_stiffnesses_surface_supports - optional; type boolean
       • modify_stiffness_member_reinforcement - optional; type boolean
       • modify_stiffness_surface_reinforcement - optional; type boolean
       • nonlinearities_disabled_material_nonlinearity_models - optional; type boolean
       • nonlinearities_disabled_material_temperature_nonlinearities - optional; type boolean
       • nonlinearities_disabled_line_hinges - optional; type boolean
       • nonlinearities_disabled_member_types - optional; type boolean
       • nonlinearities_disabled_member_hinges - optional; type boolean
       • nonlinearities_disabled_member_nonlinearities - optional; type boolean
       • nonlinearities_disabled_solid_types_contact_or_surfaces_contact - optional; type boolean
       • nonlinearities_disabled_nodal_supports - optional; type boolean
       • nonlinearities_disabled_line_supports - optional; type boolean
       • nonlinearities_disabled_member_supports - optional; type boolean
       • nonlinearities_disabled_surface_supports - optional; type boolean
       • modify_stiffnesses_material_table - optional; type array_of_structure_modification_modify_stiffnesses_material_table
         • structure_modification_modify_stiffnesses_material_table - optional, unbounded; type structure_modification_modify_stiffnesses_material_table
           • no - optional; type int
           • material_name - optional; type int
           • modification_type - optional; type modification_type - type undefined with restriction - enum { 'DIVISION_FACTOR', 'MULTIPLY_FACTOR' }
           • E_and_G - optional; type double
           • comment - optional; type string
       • modify_stiffnesses_section_table - optional; type array_of_structure_modification_modify_stiffnesses_section_table
         • structure_modification_modify_stiffnesses_section_table - optional, unbounded; type structure_modification_modify_stiffnesses_section_table
           • no - optional; type int
           • section_name - optional; type string
           • A - optional; type double
           • A_y - optional; type double
           • A_z - optional; type double
           • J - optional; type double
           • I_y - optional; type double
           • I_z - optional; type double
       • modify_stiffnesses_member_table - optional; type array_of_structure_modification_modify_stiffnesses_member_table
         • structure_modification_modify_stiffnesses_member_table - optional, unbounded; type structure_modification_modify_stiffnesses_member_table
           • no - optional; type int
           • member_modification - optional; type int
           • members - optional; type array_of_int
           • comment - optional; type string
       • modify_stiffnesses_surface_table - optional; type array_of_structure_modification_modify_stiffnesses_surface_table
         • structure_modification_modify_stiffnesses_surface_table - optional, unbounded; type structure_modification_modify_stiffnesses_surface_table
           • no - optional; type int
           • surface_modification - optional; type int
           • surfaces - optional; type array_of_int
           • comment - optional; type string
       • modify_stiffnesses_member_hinges_table - optional; type array_of_structure_modification_modify_stiffnesses_member_hinges_table
         • structure_modification_modify_stiffnesses_member_hinges_table - optional, unbounded; type structure_modification_modify_stiffnesses_member_hinges_table
           • no - optional; type int
           • member_side - optional; type string
           • C_u_x - optional; type double
           • C_u_y - optional; type double
           • C_u_z - optional; type double
           • C_phi_x - optional; type double
           • C_phi_y - optional; type double
           • C_phi_z - optional; type double
       • modify_stiffnesses_line_hinges_table - optional; type array_of_structure_modification_modify_stiffnesses_line_hinges_table
         • structure_modification_modify_stiffnesses_line_hinges_table - optional, unbounded; type structure_modification_modify_stiffnesses_line_hinges_table
           • no - optional; type int
           • C_u_x - optional; type double
           • C_u_y - optional; type double
           • C_u_z - optional; type double
           • C_phi_x - optional; type double
       • modify_stiffnesses_nodal_supports_table - optional; type array_of_structure_modification_modify_stiffnesses_nodal_supports_table
         • structure_modification_modify_stiffnesses_nodal_supports_table - optional, unbounded; type structure_modification_modify_stiffnesses_nodal_supports_table
           • no - optional; type int
           • C_u_X - optional; type double
           • C_u_Y - optional; type double
           • C_u_Z - optional; type double
           • C_phi_X - optional; type double
           • C_phi_Y - optional; type double
           • C_phi_Z - optional; type double
       • modify_stiffnesses_line_supports_table - optional; type array_of_structure_modification_modify_stiffnesses_line_supports_table
         • structure_modification_modify_stiffnesses_line_supports_table - optional, unbounded; type structure_modification_modify_stiffnesses_line_supports_table
           • no - optional; type int
           • C_u_X - optional; type double
           • C_u_Y - optional; type double
           • C_u_Z - optional; type double
           • C_phi_X - optional; type double
           • C_phi_Y - optional; type double
           • C_phi_Z - optional; type double
       • modify_stiffnesses_member_supports_table - optional; type array_of_structure_modification_modify_stiffnesses_member_supports_table
         • structure_modification_modify_stiffnesses_member_supports_table - optional, unbounded; type structure_modification_modify_stiffnesses_member_supports_table
           • no - optional; type int
           • C_u_x - optional; type double
           • C_u_y - optional; type double
           • C_u_z - optional; type double
           • C_s_x - optional; type double
           • C_s_y - optional; type double
           • C_s_z - optional; type double
           • C_phi_x - optional; type double
       • modify_stiffnesses_surface_supports_table - optional; type array_of_structure_modification_modify_stiffnesses_surface_supports_table
         • structure_modification_modify_stiffnesses_surface_supports_table - optional, unbounded; type structure_modification_modify_stiffnesses_surface_supports_table
           • no - optional; type int
           • C_u_X - optional; type double
           • C_u_Y - optional; type double
           • C_u_Z - optional; type double
           • C_v_xz - optional; type double
           • C_v_yz - optional; type double
       • deactivate_members_enabled - optional; type boolean
       • object_selection_for_deactivate_members - optional; type int
       • deactivate_surfaces_enabled - optional; type boolean
       • object_selection_for_deactivate_surfaces - optional; type int
       • deactivate_solids_enabled - optional; type boolean
       • object_selection_for_deactivate_solids - optional; type int
       • deactivate_support_on_nodes_enabled - optional; type boolean
       • object_selection_for_deactivate_support_on_nodes - optional; type int
       • deactivate_support_on_lines_enabled - optional; type boolean
       • object_selection_for_deactivate_support_on_lines - optional; type int
       • deactivate_support_on_members_enabled - optional; type boolean
       • object_selection_for_deactivate_support_on_members - optional; type int
       • deactivate_support_on_surfaces_enabled - optional; type boolean
       • object_selection_for_deactivate_support_on_surfaces - optional; type int
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_structure_modification_response (soap:body, use = literal)Source code
     parameters type set_structure_modificationResponse
177. set_surface
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface
     Input:
     set_surface_request (soap:body, use = literal)Source code
     parameters type set_surface

     • value type surface
       • no type int
       • geometry - optional; type surface_geometry - type undefined with restriction - enum { 'GEOMETRY_NURBS', 'GEOMETRY_PLANE', 'GEOMETRY_QUADRANGLE' }
       • type - optional; type surface_type - type undefined with restriction - enum { 'TYPE_DISCONTINUITY', 'TYPE_LOAD_DISTRIBUTION', 'TYPE_MEMBRANE', 'TYPE_RIGID', 'TYPE_STANDARD', 'TYPE_WITHOUT_MEMBRANE_TENSION', 'TYPE_WITHOUT_THICKNESS' }
       • boundary_lines - optional; type array_of_int
       • thickness - optional; type int
       • material - optional; type int
       • analytical_area - optional; type double
       • analytical_volume - optional; type double
       • analytical_mass - optional; type double
       • analytical_center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • analytical_center_of_gravity_x - optional; type double
       • analytical_center_of_gravity_y - optional; type double
       • analytical_center_of_gravity_z - optional; type double
       • area - optional; type double
       • volume - optional; type double
       • mass - optional; type double
       • center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_of_gravity_x - optional; type double
       • center_of_gravity_y - optional; type double
       • center_of_gravity_z - optional; type double
       • position - optional; type string
       • position_short - optional; type string
       • grid_enabled - optional; type boolean
       • is_deactivated_for_calculation - optional; type boolean
       • comment - optional; type string
       • design_properties_via_surface - optional; type boolean
       • load_distribution_direction - optional; type surface_load_distribution_direction - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_DIRECTION_IN_BOTH', 'LOAD_DISTRIBUTION_DIRECTION_IN_X', 'LOAD_DISTRIBUTION_DIRECTION_IN_Y' }
       • is_surface_weight_enabled - optional; type boolean
       • surface_weight - optional; type double
       • excluded_members - optional; type array_of_int
       • excluded_parallel_to_members - optional; type array_of_int
       • excluded_lines - optional; type array_of_int
       • excluded_parallel_to_lines - optional; type array_of_int
       • loaded_members - optional; type array_of_int
       • loaded_lines - optional; type array_of_int
       • nurbs_control_point_count_in_direction_u - optional; type int
       • nurbs_control_point_count_in_direction_v - optional; type int
       • nurbs_order_in_direction_u - optional; type int
       • nurbs_order_in_direction_v - optional; type int
       • nurbs_control_points - optional; type array_of_surface_nurbs_control_points_rows
         • surface_nurbs_control_points_rows - optional, unbounded; type surface_nurbs_control_points_row
           • surface_nurbs_control_points_row - optional, unbounded; type surface_nurbs_control_points
             • u - optional; type int
             • v - optional; type int
             • global_coordinates - optional; type vector_3d
               • x type double
               • y type double
               • z type double
             • coordinates - optional; type vector_3d
               • x type double
               • y type double
               • z type double
             • weight type double
       • quadrangle_corner_nodes - optional; type array_of_int
       • quadrangle_corner_node_1 - optional; type int
       • quadrangle_corner_node_2 - optional; type int
       • quadrangle_corner_node_3 - optional; type int
       • quadrangle_corner_node_4 - optional; type int
       • has_line_hinges - optional; type boolean
       • support - optional; type int
       • eccentricity - optional; type int
       • mesh_refinement - optional; type int
       • meshing_type - optional; type surface_meshing_type - type undefined with restriction - enum { 'MESHING_TYPE_FREE', 'MESHING_TYPE_MAPPED', 'MESHING_TYPE_USE_GLOBAL_SETTINGS' }
       • input_axes_rotation_specification_type - optional; type surface_input_axes_rotation_specification_type - type undefined with restriction - enum { 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_ANGULAR_ROTATION', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_DIRECT_TO_POINT', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_COORDINATE_SYSTEM', 'INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_LINES' }
       • input_axes_angular_rotation - optional; type double
       • input_axes_axis - optional; type surface_input_axes_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y' }
       • input_axes_lines - optional; type array_of_int
       • input_axes_point_1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • input_axes_point_1_x - optional; type double
       • input_axes_point_1_y - optional; type double
       • input_axes_point_1_z - optional; type double
       • input_axes_point_2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • input_axes_point_2_x - optional; type double
       • input_axes_point_2_y - optional; type double
       • input_axes_point_2_z - optional; type double
       • input_axes_coordinate_system - optional; type int
       • result_axes_rotation_specification_type - optional; type surface_result_axes_rotation_specification_type - type undefined with restriction - enum { 'RESULT_AXES_ROTATION_SPECIFICATION_TYPE_IDENTICAL_TO_INPUT_AXES' }
       • reversed_normal - optional; type boolean
       • grid_type - optional; type surface_grid_type - type undefined with restriction - enum { 'GRID_TYPE_CARTESIAN', 'GRID_TYPE_POLAR' }
       • grid_origin - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • grid_origin_x - optional; type double
       • grid_origin_y - optional; type double
       • grid_origin_z - optional; type double
       • grid_point_count_negative_x - optional; type int
       • grid_point_count_positive_x - optional; type int
       • grid_point_count_negative_y - optional; type int
       • grid_point_count_positive_y - optional; type int
       • grid_point_count_r - optional; type int
       • grid_distance_x - optional; type double
       • grid_distance_y - optional; type double
       • grid_distance_r - optional; type double
       • grid_rotation_alpha - optional; type double
       • grid_rotation_beta - optional; type double
       • grid_angle_gamma - optional; type double
       • grid_adapt_automatically - optional; type boolean
       • auto_detection_of_integrated_objects - optional; type boolean
       • integrated_nodes - optional; type array_of_int
       • integrated_lines - optional; type array_of_int
       • integrated_openings - optional; type array_of_int
       • has_integrated_objects - optional; type boolean
       • has_input_axes_rotation - optional; type boolean
       • has_result_axes_rotation - optional; type boolean
       • timber_service_class - optional; type int
       • timber_moisture_class - optional; type int
       • timber_service_conditions - optional; type int
       • surface_reinforcements - optional; type array_of_int
       • is_user_defined_concrete_cover_enabled - optional; type boolean
       • concrete_cover_top - optional; type double
       • concrete_cover_bottom - optional; type double
       • user_defined_concrete_cover_top - optional; type double
       • user_defined_concrete_cover_bottom - optional; type double
       • concrete_durability_top - optional; type int
       • concrete_durability_bottom - optional; type int
       • deflection_check_surface_type - optional; type surface_deflection_check_surface_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_SURFACE_TYPE_CANTILEVER', 'DEFLECTION_CHECK_SURFACE_TYPE_DOUBLE_SUPPORTED' }
       • deflection_check_displacement_reference - optional; type surface_deflection_check_displacement_reference - type undefined with restriction - enum { 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_USER_DEFINED_REFERENCE_PLANE', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_PARALLEL_SURFACE', 'DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_UNDEFORMED_SYSTEM' }
       • deflection_check_reference_length_z - optional; type double
       • deflection_check_reference_length_z_definition_type - optional; type surface_deflection_check_reference_length_z_definition_type - type undefined with restriction - enum { 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MAXIMUM_BOUNDARY_LINE', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_BY_MINIMUM_BOUNDARY_LINE', 'DEFLECTION_CHECK_REFERENCE_LENGTH_DEFINITION_TYPE_MANUALLY' }
       • deflection_check_reference_plane_point_1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • deflection_check_reference_plane_point_1_x - optional; type double
       • deflection_check_reference_plane_point_1_y - optional; type double
       • deflection_check_reference_plane_point_1_z - optional; type double
       • deflection_check_reference_plane_point_2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • deflection_check_reference_plane_point_2_x - optional; type double
       • deflection_check_reference_plane_point_2_y - optional; type double
       • deflection_check_reference_plane_point_2_z - optional; type double
       • deflection_check_reference_plane_point_3 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • deflection_check_reference_plane_point_3_x - optional; type double
       • deflection_check_reference_plane_point_3_y - optional; type double
       • deflection_check_reference_plane_point_3_z - optional; type double
       • surface_concrete_design_uls_configuration - optional; type int
       • surface_concrete_design_sls_configuration - optional; type int
       • surface_concrete_design_fr_configuration - optional; type int
       • stress_analysis_configuration - optional; type int
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_response (soap:body, use = literal)Source code
     parameters type set_surfaceResponse
178. set_surface_eccentricity
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_eccentricity
     Input:
     set_surface_eccentricity_request (soap:body, use = literal)Source code
     parameters type set_surface_eccentricity

     • value type surface_eccentricity
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • offset - optional; type double
       • assigned_to_surfaces - optional; type array_of_int
       • thickness_alignment - optional; type surface_eccentricity_thickness_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_TOP' }
       • transverse_offset_reference_type - optional; type surface_eccentricity_transverse_offset_reference_type - type undefined with restriction - enum { 'TRANSVERSE_OFFSET_TYPE_FROM_MEMBER_SECTION', 'TRANSVERSE_OFFSET_TYPE_FROM_SURFACE_THICKNESS', 'TRANSVERSE_OFFSET_TYPE_NONE' }
       • transverse_offset_reference_member - optional; type int
       • transverse_offset_reference_surface - optional; type int
       • transverse_offset_member_reference_node - optional; type int
       • transverse_offset_surface_reference_node - optional; type int
       • transverse_offset_alignment - optional; type surface_eccentricity_transverse_offset_alignment - type undefined with restriction - enum { 'ALIGN_BOTTOM', 'ALIGN_MIDDLE', 'ALIGN_TOP' }
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_eccentricity_response (soap:body, use = literal)Source code
     parameters type set_surface_eccentricityResponse
179. set_surface_imperfection
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_imperfection
     Input:
     set_surface_imperfection_request (soap:body, use = literal)Source code
     parameters type set_surface_imperfection

     • imperfection_case_no type int
     • value type surface_imperfection
       • no type int
       • definition_type - optional; type surface_imperfection_definition_type - type undefined with restriction - enum { 'ABSOLUTE', 'RELATIVE' }
       • imperfection_case - optional; type int
       • imperfection_direction - optional; type surface_imperfection_imperfection_direction - type undefined with restriction - enum { 'IMPERFECTION_DIRECTION_LOCAL_Z', 'IMPERFECTION_DIRECTION_LOCAL_Z_NEGATIVE' }
       • initial_bow - optional; type double
       • initial_bow_relative - optional; type double
       • parameters - optional; type array_of_int
       • reference_length - optional; type double
       • surfaces - optional; type array_of_int
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_imperfection_response (soap:body, use = literal)Source code
     parameters type set_surface_imperfectionResponse
180. set_surface_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_load
     Input:
     set_surface_load_request (soap:body, use = literal)Source code
     parameters type set_surface_load

     • load_case_no type int
     • value type surface_load
       • no type int
       • advanced_mass_option - optional; type boolean
       • angular_acceleration - optional; type double
       • angular_velocity - optional; type double
       • axis_definition_axis - optional; type surface_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • axis_definition_axis_orientation - optional; type surface_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
       • axis_definition_p1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p1_x - optional; type double
       • axis_definition_p1_y - optional; type double
       • axis_definition_p1_z - optional; type double
       • axis_definition_p2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p2_x - optional; type double
       • axis_definition_p2_y - optional; type double
       • axis_definition_p2_z - optional; type double
       • axis_definition_type - optional; type surface_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
       • comment - optional; type string
       • coordinate_system - optional; type string
       • form_finding_calculation_method - optional; type surface_load_form_finding_calculation_method - type undefined with restriction - enum { 'FORM_FINDING_CALCULATION_METHOD_PROJECTION', 'FORM_FINDING_CALCULATION_METHOD_STANDARD' }
       • form_finding_definition - optional; type surface_load_form_finding_definition - type undefined with restriction - enum { 'FORM_FINDING_DEFINITION_FORCE', 'FORM_FINDING_DEFINITION_STRESS' }
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • load_case - optional; type int
       • load_direction - optional; type surface_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
       • load_distribution - optional; type surface_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_LINEAR_IN_X', 'LOAD_DISTRIBUTION_LINEAR_IN_Y', 'LOAD_DISTRIBUTION_LINEAR_IN_Z', 'LOAD_DISTRIBUTION_RADIAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_VARYING_IN_Z' }
       • load_type - optional; type surface_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_AXIAL_STRAIN', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_FORM_FINDING', 'LOAD_TYPE_MASS', 'LOAD_TYPE_PRECAMBER', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_TEMPERATURE' }
       • magnitude_1 - optional; type double
       • magnitude_2 - optional; type double
       • magnitude_3 - optional; type double
       • magnitude_axial_strain_1x - optional; type double
       • magnitude_axial_strain_1y - optional; type double
       • magnitude_axial_strain_2x - optional; type double
       • magnitude_axial_strain_2y - optional; type double
       • magnitude_axial_strain_3x - optional; type double
       • magnitude_axial_strain_3y - optional; type double
       • magnitude_axial_strain_x - optional; type double
       • magnitude_axial_strain_y - optional; type double
       • magnitude_delta_t_1 - optional; type double
       • magnitude_delta_t_2 - optional; type double
       • magnitude_delta_t_3 - optional; type double
       • magnitude_force_x - optional; type double
       • magnitude_force_y - optional; type double
       • magnitude_mass_global - optional; type double
       • magnitude_mass_x - optional; type double
       • magnitude_mass_y - optional; type double
       • magnitude_mass_z - optional; type double
       • magnitude_stress_x - optional; type double
       • magnitude_stress_y - optional; type double
       • magnitude_t_c_1 - optional; type double
       • magnitude_t_c_2 - optional; type double
       • magnitude_t_c_3 - optional; type double
       • node_1 - optional; type int
       • node_2 - optional; type int
       • node_3 - optional; type int
       • surfaces - optional; type array_of_int
       • uniform_magnitude - optional; type double
       • uniform_magnitude_delta_t - optional; type double
       • uniform_magnitude_t_c - optional; type double
       • varying_load_parameters - optional; type array_of_surface_load_varying_load_parameters
         • surface_load_varying_load_parameters - optional, unbounded; type surface_load_varying_load_parameters
           • no - optional; type int
           • distance - optional; type double
           • delta_distance - optional; type double
           • magnitude - optional; type double
           • note - optional; type string
       • varying_load_parameters_sorted - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_load_response (soap:body, use = literal)Source code
     parameters type set_surface_loadResponse
181. set_surface_mesh_refinement
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_mesh_refinement
     Input:
     set_surface_mesh_refinement_request (soap:body, use = literal)Source code
     parameters type set_surface_mesh_refinement

     • value type surface_mesh_refinement
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • surfaces - optional; type array_of_int
       • target_length - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_mesh_refinement_response (soap:body, use = literal)Source code
     parameters type set_surface_mesh_refinementResponse
182. set_surface_results_adjustment
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_results_adjustment
     Input:
     set_surface_results_adjustment_request (soap:body, use = literal)Source code
     parameters type set_surface_results_adjustment

     • value type surface_results_adjustment
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • surfaces - optional; type array_of_int
       • form - optional; type surface_results_adjustment_form - type undefined with restriction - enum { 'FORM_CIRCLE', 'FORM_ELLIPSE', 'FORM_RECTANGLE' }
       • dimension_1 - optional; type double
       • dimension_2 - optional; type double
       • angular_rotation - optional; type double
       • center_position - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_position_x - optional; type double
       • center_position_y - optional; type double
       • center_position_z - optional; type double
       • adjustment_type_in_direction_u - optional; type surface_results_adjustment_adjustment_type_in_direction_u - type undefined with restriction - enum { 'AVERAGING_OF_MX_MXY_VX_NX_NXY', 'AVERAGING_OF_MY_MXY_VY_NY_NXY', 'NONE', 'USER_DEFINED', 'ZERO' }
       • adjustment_type_in_direction_v - optional; type surface_results_adjustment_adjustment_type_in_direction_v - type undefined with restriction - enum { 'AVERAGING_OF_MX_MXY_VX_NX_NXY', 'AVERAGING_OF_MY_MXY_VY_NY_NXY', 'NONE', 'USER_DEFINED', 'ZERO' }
       • projection_in_direction_type - optional; type surface_results_adjustment_projection_in_direction_type - type undefined with restriction - enum { 'GLOBAL_IN_X', 'GLOBAL_IN_Y', 'GLOBAL_IN_Z', 'PERPENDICULAR', 'VECTOR' }
       • vector_of_projection_in_direction_coordinates - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • vector_of_projection_in_direction_coordinates_x - optional; type double
       • vector_of_projection_in_direction_coordinates_y - optional; type double
       • vector_of_projection_in_direction_coordinates_z - optional; type double
       • comment - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_results_adjustment_response (soap:body, use = literal)Source code
     parameters type set_surface_results_adjustmentResponse
183. set_surface_set
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_set
     Input:
     set_surface_set_request (soap:body, use = literal)Source code
     parameters type set_surface_set

     • value type surface_set
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • set_type - optional; type surface_set_set_type - type undefined with restriction - enum { 'SET_TYPE_CONTINUOUS', 'SET_TYPE_GROUP' }
       • surfaces - optional; type array_of_int
       • surface_area - optional; type double
       • volume - optional; type double
       • mass - optional; type double
       • center_of_gravity - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • center_of_gravity_x - optional; type double
       • center_of_gravity_y - optional; type double
       • center_of_gravity_z - optional; type double
       • position - optional; type string
       • position_short - optional; type string
       • stress_analysis_configuration - optional; type int
       • timber_service_class - optional; type int
       • timber_moisture_class - optional; type int
       • timber_service_conditions - optional; type int
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_set_response (soap:body, use = literal)Source code
     parameters type set_surface_setResponse
184. set_surface_set_imperfection
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_set_imperfection
     Input:
     set_surface_set_imperfection_request (soap:body, use = literal)Source code
     parameters type set_surface_set_imperfection

     • imperfection_case_no type int
     • value type surface_set_imperfection
       • no type int
       • definition_type - optional; type surface_set_imperfection_definition_type - type undefined with restriction - enum { 'ABSOLUTE', 'RELATIVE' }
       • imperfection_case - optional; type int
       • imperfection_direction - optional; type surface_set_imperfection_imperfection_direction - type undefined with restriction - enum { 'IMPERFECTION_DIRECTION_LOCAL_Z', 'IMPERFECTION_DIRECTION_LOCAL_Z_NEGATIVE' }
       • initial_bow - optional; type double
       • initial_bow_relative - optional; type double
       • parameters - optional; type array_of_int
       • reference_length - optional; type double
       • surface_sets - optional; type array_of_int
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_set_imperfection_response (soap:body, use = literal)Source code
     parameters type set_surface_set_imperfectionResponse
185. set_surface_set_load
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_set_load
     Input:
     set_surface_set_load_request (soap:body, use = literal)Source code
     parameters type set_surface_set_load

     • load_case_no type int
     • value type surface_set_load
       • no type int
       • advanced_mass_option - optional; type boolean
       • angular_acceleration - optional; type double
       • angular_velocity - optional; type double
       • axis_definition_axis - optional; type surface_set_load_axis_definition_axis - type undefined with restriction - enum { 'AXIS_X', 'AXIS_Y', 'AXIS_Z' }
       • axis_definition_axis_orientation - optional; type surface_set_load_axis_definition_axis_orientation - type undefined with restriction - enum { 'AXIS_NEGATIVE', 'AXIS_POSITIVE' }
       • axis_definition_p1 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p1_x - optional; type double
       • axis_definition_p1_y - optional; type double
       • axis_definition_p1_z - optional; type double
       • axis_definition_p2 - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • axis_definition_p2_x - optional; type double
       • axis_definition_p2_y - optional; type double
       • axis_definition_p2_z - optional; type double
       • axis_definition_type - optional; type surface_set_load_axis_definition_type - type undefined with restriction - enum { 'AXIS_DEFINITION_POINT_AND_AXIS', 'AXIS_DEFINITION_TWO_POINTS' }
       • comment - optional; type string
       • coordinate_system - optional; type string
       • form_finding_calculation_method - optional; type surface_set_load_form_finding_calculation_method - type undefined with restriction - enum { 'FORM_FINDING_CALCULATION_METHOD_PROJECTION', 'FORM_FINDING_CALCULATION_METHOD_STANDARD' }
       • form_finding_definition - optional; type surface_set_load_form_finding_definition - type undefined with restriction - enum { 'FORM_FINDING_DEFINITION_FORCE', 'FORM_FINDING_DEFINITION_STRESS' }
       • generating_object_info - optional; type string
       • is_generated - optional; type boolean
       • load_case - optional; type int
       • load_direction - optional; type surface_set_load_load_direction - type undefined with restriction - enum { 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_PROJECTED', 'LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_PROJECTED', 'LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE', 'LOAD_DIRECTION_LOCAL_X', 'LOAD_DIRECTION_LOCAL_Y', 'LOAD_DIRECTION_LOCAL_Z' }
       • load_distribution - optional; type surface_set_load_load_distribution - type undefined with restriction - enum { 'LOAD_DISTRIBUTION_LINEAR', 'LOAD_DISTRIBUTION_LINEAR_IN_X', 'LOAD_DISTRIBUTION_LINEAR_IN_Y', 'LOAD_DISTRIBUTION_LINEAR_IN_Z', 'LOAD_DISTRIBUTION_RADIAL', 'LOAD_DISTRIBUTION_UNIFORM', 'LOAD_DISTRIBUTION_VARYING_IN_Z' }
       • load_type - optional; type surface_set_load_load_type - type undefined with restriction - enum { 'LOAD_TYPE_AXIAL_STRAIN', 'LOAD_TYPE_FORCE', 'LOAD_TYPE_FORM_FINDING', 'LOAD_TYPE_MASS', 'LOAD_TYPE_PRECAMBER', 'LOAD_TYPE_ROTARY_MOTION', 'LOAD_TYPE_TEMPERATURE' }
       • magnitude_1 - optional; type double
       • magnitude_2 - optional; type double
       • magnitude_3 - optional; type double
       • magnitude_axial_strain_1x - optional; type double
       • magnitude_axial_strain_1y - optional; type double
       • magnitude_axial_strain_2x - optional; type double
       • magnitude_axial_strain_2y - optional; type double
       • magnitude_axial_strain_3x - optional; type double
       • magnitude_axial_strain_3y - optional; type double
       • magnitude_axial_strain_x - optional; type double
       • magnitude_axial_strain_y - optional; type double
       • magnitude_delta_t_1 - optional; type double
       • magnitude_delta_t_2 - optional; type double
       • magnitude_delta_t_3 - optional; type double
       • magnitude_force_x - optional; type double
       • magnitude_force_y - optional; type double
       • magnitude_mass_global - optional; type double
       • magnitude_mass_x - optional; type double
       • magnitude_mass_y - optional; type double
       • magnitude_mass_z - optional; type double
       • magnitude_stress_x - optional; type double
       • magnitude_stress_y - optional; type double
       • magnitude_t_c_1 - optional; type double
       • magnitude_t_c_2 - optional; type double
       • magnitude_t_c_3 - optional; type double
       • node_1 - optional; type int
       • node_2 - optional; type int
       • node_3 - optional; type int
       • surface_sets - optional; type array_of_int
       • uniform_magnitude - optional; type double
       • uniform_magnitude_delta_t - optional; type double
       • uniform_magnitude_t_c - optional; type double
       • varying_load_parameters - optional; type array_of_surface_set_load_varying_load_parameters
         • surface_set_load_varying_load_parameters - optional, unbounded; type surface_set_load_varying_load_parameters
           • no - optional; type int
           • distance - optional; type double
           • delta_distance - optional; type double
           • magnitude - optional; type double
           • note - optional; type string
       • varying_load_parameters_sorted - optional; type boolean
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_set_load_response (soap:body, use = literal)Source code
     parameters type set_surface_set_loadResponse
186. set_surface_stiffness_modification
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_stiffness_modification
     Input:
     set_surface_stiffness_modification_request (soap:body, use = literal)Source code
     parameters type set_surface_stiffness_modification

     • value type surface_stiffness_modification
       • no type int
       • type - optional; type surface_stiffness_modification_type - type undefined with restriction - enum { 'TYPE_PARTIAL_STIFFNESSES_FACTORS', 'TYPE_STIFFNESS_MATRIX_ELEMENTS_FACTORS', 'TYPE_TOTAL_STIFFNESS_FACTOR' }
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • factor_of_total_stiffness - optional; type double
       • factor_of_bending_stiffness - optional; type double
       • factor_of_shear_stiffness - optional; type double
       • factor_of_membrane_stiffness - optional; type double
       • factor_of_eccentric_effects - optional; type double
       • factor_of_weight - optional; type double
       • factor_of_mass - optional; type double
       • kd11 - optional; type double
       • kd12 - optional; type double
       • kd13 - optional; type double
       • kd22 - optional; type double
       • kd23 - optional; type double
       • kd33 - optional; type double
       • kd44 - optional; type double
       • kd45 - optional; type double
       • kd55 - optional; type double
       • kd66 - optional; type double
       • kd67 - optional; type double
       • kd68 - optional; type double
       • kd77 - optional; type double
       • kd78 - optional; type double
       • kd88 - optional; type double
       • kd16 - optional; type double
       • kd17 - optional; type double
       • kd18 - optional; type double
       • kd27 - optional; type double
       • kd28 - optional; type double
       • kd38 - optional; type double
       • kd11_note - optional; type string
       • kd12_note - optional; type string
       • kd13_note - optional; type string
       • kd22_note - optional; type string
       • kd23_note - optional; type string
       • kd33_note - optional; type string
       • kd44_note - optional; type string
       • kd45_note - optional; type string
       • kd55_note - optional; type string
       • kd66_note - optional; type string
       • kd67_note - optional; type string
       • kd68_note - optional; type string
       • kd77_note - optional; type string
       • kd78_note - optional; type string
       • kd88_note - optional; type string
       • kd16_note - optional; type string
       • kd17_note - optional; type string
       • kd18_note - optional; type string
       • kd27_note - optional; type string
       • kd28_note - optional; type string
       • kd38_note - optional; type string
       • assigned_to_structural_modification - optional; type array_of_int
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_stiffness_modification_response (soap:body, use = literal)Source code
     parameters type set_surface_stiffness_modificationResponse
187. set_surface_support
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surface_support
     Input:
     set_surface_support_request (soap:body, use = literal)Source code
     parameters type set_surface_support

     • value type surface_support
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • surfaces - optional; type array_of_int
       • translation - optional; type vector_3d
         • x type double
         • y type double
         • z type double
       • translation_x - optional; type double
       • translation_y - optional; type double
       • translation_z - optional; type double
       • shear_xz - optional; type double
       • shear_yz - optional; type double
       • nonlinearity - optional; type surface_support_nonlinearity - type undefined with restriction - enum { 'NONLINEARITY_FAILURE_IF_NEGATIVE_CONTACT_STRESS_Z', 'NONLINEARITY_FAILURE_IF_POSITIVE_CONTACT_STRESS_Z', 'NONLINEARITY_NONE' }
       • negative_nonlinearity_type - optional; type surface_support_negative_nonlinearity_type - type undefined with restriction - enum { 'NONLINEARITY_DEFINITION_TYPE_BASIC_UNDIRECTIONAL_ACTION', 'NONLINEARITY_DEFINITION_TYPE_FRICTION_PLANE_XY', 'NONLINEARITY_DEFINITION_TYPE_YIELDING_CONTACT_STRESS_SIGMA_Z' }
       • positive_nonlinearity_type - optional; type surface_support_positive_nonlinearity_type - type undefined with restriction - enum { 'NONLINEARITY_DEFINITION_TYPE_BASIC_UNDIRECTIONAL_ACTION', 'NONLINEARITY_DEFINITION_TYPE_FRICTION_PLANE_XY', 'NONLINEARITY_DEFINITION_TYPE_YIELDING_CONTACT_STRESS_SIGMA_Z' }
       • negative_friction_coefficient - optional; type double
       • positive_friction_coefficient - optional; type double
       • negative_contact_stress - optional; type double
       • positive_contact_stress - optional; type double
       • comment - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surface_support_response (soap:body, use = literal)Source code
     parameters type set_surface_supportResponse
188. set_surfaces_contact
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surfaces_contact
     Input:
     set_surfaces_contact_request (soap:body, use = literal)Source code
     parameters type set_surfaces_contact

     • value type surfaces_contact
       • no type int
       • surfaces_contact_type - optional; type int
       • surfaces_group1 - optional; type array_of_int
       • surfaces_group2 - optional; type array_of_int
       • comment - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surfaces_contact_response (soap:body, use = literal)Source code
     parameters type set_surfaces_contactResponse
189. set_surfaces_contact_type
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_surfaces_contact_type
     Input:
     set_surfaces_contact_type_request (soap:body, use = literal)Source code
     parameters type set_surfaces_contact_type

     • value type surfaces_contact_type
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • comment - optional; type string
       • surfaces_contacts - optional; type array_of_int
       • perpendicular_to_surface - optional; type surfaces_contact_type_perpendicular_to_surface - type undefined with restriction - enum { 'FAILURE_UNDER_COMPRESSION', 'FAILURE_UNDER_TENSION', 'FULL_FORCE_TRANSMISSION' }
       • parallel_to_surface - optional; type surfaces_contact_type_parallel_to_surface - type undefined with restriction - enum { 'ELASTIC_FRICTION', 'ELASTIC_SURFACE', 'FAILURE_IF_CONTACT_PERPENDICULAR_TO_SURFACES_FAILED', 'FULL_FORCE_TRANSMISSION', 'RIGID_FRICTION' }
       • rigid_friction_type - optional; type surfaces_contact_type_rigid_friction_type - type undefined with restriction - enum { 'FRICTION_COEFFICIENT', 'LIMIT_STRESS' }
       • rigid_friction_coefficient - optional; type double
       • rigid_friction_limit_stress - optional; type double
       • elastic_behavior_shear_stiffness - optional; type double
       • elastic_friction_type - optional; type surfaces_contact_type_elastic_friction_type - type undefined with restriction - enum { 'FRICTION_COEFFICIENT', 'LIMIT_STRESS' }
       • elastic_friction_coefficient - optional; type double
       • elastic_friction_limit_stress - optional; type double
       • elastic_friction_shear_stiffness - optional; type double
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_surfaces_contact_type_response (soap:body, use = literal)Source code
     parameters type set_surfaces_contact_typeResponse
190. set_thickness
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/set_thickness
     Input:
     set_thickness_request (soap:body, use = literal)Source code
     parameters type set_thickness

     • value type thickness
       • no type int
       • user_defined_name_enabled - optional; type boolean
       • name - optional; type string
       • assigned_to_surfaces - optional; type array_of_int
       • type - optional; type thickness_type - type undefined with restriction - enum { 'TYPE_LAYERS', 'TYPE_SHAPE_ORTHOTROPY', 'TYPE_STIFFNESS_MATRIX', 'TYPE_THICKNESS_PHASE', 'TYPE_TIMBER_FRAME_WALL', 'TYPE_UNIFORM', 'TYPE_VARIABLE_CIRCLE', 'TYPE_VARIABLE_FOUR_SURFACE_CORNERS', 'TYPE_VARIABLE_THREE_NODES', 'TYPE_VARIABLE_TWO_NODES_AND_DIRECTION' }
       • material - optional; type int
       • uniform_thickness - optional; type double
       • thickness_1 - optional; type double
       • node_1 - optional; type int
       • thickness_2 - optional; type double
       • node_2 - optional; type int
       • thickness_3 - optional; type double
       • node_3 - optional; type int
       • direction - optional; type thickness_direction - type undefined with restriction - enum { 'THICKNESS_DIRECTION_IN_SMALL_X', 'THICKNESS_DIRECTION_IN_SMALL_Y', 'THICKNESS_DIRECTION_IN_X', 'THICKNESS_DIRECTION_IN_Y', 'THICKNESS_DIRECTION_IN_Z' }
       • thickness_4 - optional; type double
       • node_4 - optional; type int
       • thickness_circle_center - optional; type double
       • thickness_circle_line - optional; type double
       • comment - optional; type string
       • layers_reference_table - optional; type array_of_thickness_layers_reference_table
         • thickness_layers_reference_table - optional, unbounded; type thickness_layers_reference_table
           • no - optional; type int
           • layer_no - optional; type int
           • layer_type - optional; type int
           • thickness_type - optional; type int
           • material - optional; type int
           • thickness - optional; type double
           • angle - optional; type double
           • connection_with_other_topological_elements - optional; type boolean
           • comment - optional; type string
           • specific_weight - optional; type double
           • weight - optional; type double
       • layers_solid_model_enabled - optional; type boolean
       • layers_gas_enabled - optional; type boolean
       • layers_total_thickness - optional; type double
       • layers_total_weight - optional; type double
       • other_time_dependent_properties_of_concrete - optional; type boolean
       • layers_creep_enabled - optional; type boolean
       • layers_shrinkage_enabled - optional; type boolean
       • layers_relative_humidity - optional; type double
       • visualization_function_type - optional; type thickness_visualization_function_type - type undefined with restriction - enum { 'FUNCTION_TYPE_CREEP_COEFFICIENT', 'FUNCTION_TYPE_SHRINKAGE_STRAIN_CA', 'FUNCTION_TYPE_SHRINKAGE_STRAIN_CD', 'FUNCTION_TYPE_SHRINKAGE_STRAIN_CS' }
       • visualization_layer_id - optional; type int
       • visualization_age_of_concrete_at_the_considered_moment - optional; type double
       • visualization_number_of_steps - optional; type int
       • visualization_coefficients - optional; type array_of_thickness_visualization_coefficients
         • thickness_visualization_coefficients - optional, unbounded; type thickness_visualization_coefficients
           • no - optional; type int
           • time - optional; type double
           • coefficient - optional; type double
       • parent_thickness - optional; type int
       • parent_thickness_layers - optional; type array_of_int
       • timber_frame_wall_sheathing_front_material_enabled - optional; type boolean
       • timber_frame_wall_sheathing_front_material - optional; type int
       • timber_frame_wall_sheathing_front_thickness - optional; type double
       • timber_frame_wall_sheathing_back_material_enabled - optional; type boolean
       • timber_frame_wall_sheathing_back_material - optional; type int
       • timber_frame_wall_sheathing_back_thickness - optional; type double
       • timber_frame_wall_horizontal_framing_members_cross_section - optional; type int
       • timber_frame_wall_vertical_framing_members_cross_section - optional; type int
       • timber_frame_wall_framing_members_connector_type - optional; type thickness_timber_frame_wall_framing_members_connector_type - type undefined with restriction - enum { 'TYPE_NAIL', 'TYPE_STAPLE' }
       • timber_frame_wall_framing_members_connector_diameter - optional; type double
       • timber_frame_wall_framing_members_connector_dimension_type - optional; type thickness_timber_frame_wall_framing_members_connector_dimension_type - type undefined with restriction - enum { 'TYPE_0075_X_1060', 'TYPE_0075_X_1130', 'TYPE_0075_X_1300', 'TYPE_0110_X_0610', 'TYPE_0120_X_0200', 'TYPE_0125_X_0620', 'TYPE_0125_X_0770', 'TYPE_0125_X_1060', 'TYPE_0125_X_1130', 'TYPE_0125_X_1250', 'TYPE_0125_X_1300', 'TYPE_0165_X_0280' }
       • timber_frame_wall_framing_members_connector_spacing - optional; type double
       • timber_frame_wall_vertical_studs_cross_section - optional; type int
       • timber_frame_wall_vertical_studs_distribution - optional; type thickness_timber_frame_wall_vertical_studs_distribution - type undefined with restriction - enum { 'TYPE_CENTER_TO_CENTER', 'TYPE_GAP', 'TYPE_UNIFORM', 'TYPE_USER_DEFINED' }
       • timber_frame_wall_vertical_studs_reverse_distribution_enabled - optional; type boolean
       • timber_frame_wall_vertical_studs_spacing - optional; type double
       • timber_frame_wall_vertical_studs_spacing_table - optional; type array_of_thickness_timber_frame_wall_vertical_studs_spacing_table
         • thickness_timber_frame_wall_vertical_studs_spacing_table - optional, unbounded; type thickness_timber_frame_wall_vertical_studs_spacing_table
           • no - optional; type int
           • spacing - optional; type double
           • note - optional; type string
       • timber_frame_wall_vertical_studs_spacing_definition_relative - optional; type boolean
       • timber_frame_wall_vertical_studs_connector_type - optional; type thickness_timber_frame_wall_vertical_studs_connector_type - type undefined with restriction - enum { 'TYPE_NAIL', 'TYPE_STAPLE' }
       • timber_frame_wall_vertical_studs_connector_diameter - optional; type double
       • timber_frame_wall_vertical_studs_connector_dimension_type - optional; type thickness_timber_frame_wall_vertical_studs_connector_dimension_type - type undefined with restriction - enum { 'TYPE_0075_X_1060', 'TYPE_0075_X_1130', 'TYPE_0075_X_1300', 'TYPE_0110_X_0610', 'TYPE_0120_X_0200', 'TYPE_0125_X_0620', 'TYPE_0125_X_0770', 'TYPE_0125_X_1060', 'TYPE_0125_X_1130', 'TYPE_0125_X_1250', 'TYPE_0125_X_1300', 'TYPE_0165_X_0280' }
       • timber_frame_wall_vertical_studs_connector_spacing - optional; type double
       • timber_frame_wall_blockings_cross_section_enabled - optional; type boolean
       • timber_frame_wall_blockings_cross_section - optional; type int
       • timber_frame_wall_blockings_distribution - optional; type thickness_timber_frame_wall_blockings_distribution - type undefined with restriction - enum { 'TYPE_ALTEMATING', 'TYPE_INLINE', 'TYPE_STAGGERED' }
       • timber_frame_wall_blockings_offset - optional; type double
       • orthotropy_type - optional; type thickness_orthotropy_type - type undefined with restriction - enum { 'ORTHOTROPIC_THICKNESS_TYPE_BIDIRECTIONAL_RIBBED_PLATE', 'ORTHOTROPIC_THICKNESS_TYPE_COUPLING', 'ORTHOTROPIC_THICKNESS_TYPE_EFFECTIVE_THICKNESS', 'ORTHOTROPIC_THICKNESS_TYPE_GRILLAGE', 'ORTHOTROPIC_THICKNESS_TYPE_HOLLOW_CORE_SLAB', 'ORTHOTROPIC_THICKNESS_TYPE_TRAPEZOIDAL_SHEET', 'ORTHOTROPIC_THICKNESS_TYPE_UNIDIRECTIONAL_RIBBED_PLATE' }
       • rotation_beta - optional; type double
       • self_weight_definition_type - optional; type thickness_self_weight_definition_type - type undefined with restriction - enum { 'SELF_WEIGHT_COMPUTED_FROM_PARAMETERS', 'SELF_WEIGHT_DEFINED_VIA_FICTITIOUS_THICKNESS', 'SELF_WEIGHT_DEFINED_VIA_WEIGHT' }
       • fictitious_thickness - optional; type double
       • self_weight - optional; type double
       • effective_thickness_x - optional; type double
       • effective_thickness_y - optional; type double
       • coupling_thickness - optional; type double
       • coupling_spacing - optional; type double
       • coupling_width - optional; type double
       • slab_thickness - optional; type double
       • rib_height - optional; type double
       • rib_spacing - optional; type double
       • rib_width - optional; type double
       • rib_spacing_x - optional; type double
       • rib_spacing_y - optional; type double
       • rib_width_x - optional; type double
       • rib_width_y - optional; type double
       • sheet_thickness - optional; type double
       • total_profile_height - optional; type double
       • top_flange_width - optional; type double
       • bottom_flange_width - optional; type double
       • void_spacing - optional; type double
       • void_diameter - optional; type double
       • rib_height_x - optional; type double
       • rib_height_y - optional; type double
       • D11 - optional; type double
       • D11_note - optional; type string
       • D12 - optional; type double
       • D12_note - optional; type string
       • D13 - optional; type double
       • D13_note - optional; type string
       • D16 - optional; type double
       • D16_note - optional; type string
       • D17 - optional; type double
       • D17_note - optional; type string
       • D18 - optional; type double
       • D18_note - optional; type string
       • D22 - optional; type double
       • D22_note - optional; type string
       • D23 - optional; type double
       • D23_note - optional; type string
       • D27 - optional; type double
       • D27_note - optional; type string
       • D28 - optional; type double
       • D28_note - optional; type string
       • D33 - optional; type double
       • D33_note - optional; type string
       • D38 - optional; type double
       • D38_note - optional; type string
       • D44 - optional; type double
       • D44_note - optional; type string
       • D45 - optional; type double
       • D45_note - optional; type string
       • D55 - optional; type double
       • D55_note - optional; type string
       • D66 - optional; type double
       • D66_note - optional; type string
       • D67 - optional; type double
       • D67_note - optional; type string
       • D68 - optional; type double
       • D68_note - optional; type string
       • D77 - optional; type double
       • D77_note - optional; type string
       • D78 - optional; type double
       • D78_note - optional; type string
       • D88 - optional; type double
       • D88_note - optional; type string
       • is_generated - optional; type boolean
       • generating_object_info - optional; type string
       • id_for_export_import - optional; type string
       • metadata_for_export_import - optional; type string
     Output:
     set_thickness_response (soap:body, use = literal)Source code
     parameters type set_thicknessResponse
191. unite_nodes_and_supports
     Source code
     Operation type:
     Request-response. The endpoint receives a message, and sends a correlated message.
     SOAP action:
     http://localhost:8082/unite_nodes_and_supports
     Input:
     unite_nodes_and_supports_request (soap:body, use = literal)Source code
     parameters type unite_nodes_and_supports

     • tolerance type double
     Output:
     unite_nodes_and_supports_response (soap:body, use = literal)Source code
     parameters type unite_nodes_and_supportsResponse